WORST_CASE(Omega(1),?)

### Pre-processing the ITS problem ###

Initial linear ITS problem
   Start location: l23
      0: l0 -> l1 : N^0'=N^post_1, b_arp^0'=b_arp^post_1, b_configured^0'=b_configured^post_1, b_ip^0'=b_ip^post_1, b_probe^0'=b_probe^post_1, i^0'=i^post_1, k^0'=k^post_1, pos^0'=pos^post_1, seq^0'=seq^post_1, z^0'=z^post_1, [ 1<=b_arp^0 && N^0==N^post_1 && b_arp^0==b_arp^post_1 && b_configured^0==b_configured^post_1 && b_ip^0==b_ip^post_1 && b_probe^0==b_probe^post_1 && i^0==i^post_1 && k^0==k^post_1 && pos^0==pos^post_1 && seq^0==seq^post_1 && z^0==z^post_1 ], cost: 1
      1: l0 -> l1 : N^0'=N^post_2, b_arp^0'=b_arp^post_2, b_configured^0'=b_configured^post_2, b_ip^0'=b_ip^post_2, b_probe^0'=b_probe^post_2, i^0'=i^post_2, k^0'=k^post_2, pos^0'=pos^post_2, seq^0'=seq^post_2, z^0'=z^post_2, [ b_arp^0<=0 && b_configured^post_2==1 && N^0==N^post_2 && b_arp^0==b_arp^post_2 && b_ip^0==b_ip^post_2 && b_probe^0==b_probe^post_2 && i^0==i^post_2 && k^0==k^post_2 && pos^0==pos^post_2 && seq^0==seq^post_2 && z^0==z^post_2 ], cost: 1
     37: l1 -> l22 : N^0'=N^post_38, b_arp^0'=b_arp^post_38, b_configured^0'=b_configured^post_38, b_ip^0'=b_ip^post_38, b_probe^0'=b_probe^post_38, i^0'=i^post_38, k^0'=k^post_38, pos^0'=pos^post_38, seq^0'=seq^post_38, z^0'=z^post_38, [ N^0==N^post_38 && b_arp^0==b_arp^post_38 && b_configured^0==b_configured^post_38 && b_ip^0==b_ip^post_38 && b_probe^0==b_probe^post_38 && i^0==i^post_38 && k^0==k^post_38 && pos^0==pos^post_38 && seq^0==seq^post_38 && z^0==z^post_38 ], cost: 1
      2: l2 -> l0 : N^0'=N^post_3, b_arp^0'=b_arp^post_3, b_configured^0'=b_configured^post_3, b_ip^0'=b_ip^post_3, b_probe^0'=b_probe^post_3, i^0'=i^post_3, k^0'=k^post_3, pos^0'=pos^post_3, seq^0'=seq^post_3, z^0'=z^post_3, [ N^0==N^post_3 && b_arp^0==b_arp^post_3 && b_configured^0==b_configured^post_3 && b_ip^0==b_ip^post_3 && b_probe^0==b_probe^post_3 && i^0==i^post_3 && k^0==k^post_3 && pos^0==pos^post_3 && seq^0==seq^post_3 && z^0==z^post_3 ], cost: 1
      3: l3 -> l4 : N^0'=N^post_4, b_arp^0'=b_arp^post_4, b_configured^0'=b_configured^post_4, b_ip^0'=b_ip^post_4, b_probe^0'=b_probe^post_4, i^0'=i^post_4, k^0'=k^post_4, pos^0'=pos^post_4, seq^0'=seq^post_4, z^0'=z^post_4, [ k^post_4==1+k^0 && N^0==N^post_4 && b_arp^0==b_arp^post_4 && b_configured^0==b_configured^post_4 && b_ip^0==b_ip^post_4 && b_probe^0==b_probe^post_4 && i^0==i^post_4 && pos^0==pos^post_4 && seq^0==seq^post_4 && z^0==z^post_4 ], cost: 1
     25: l4 -> l15 : N^0'=N^post_26, b_arp^0'=b_arp^post_26, b_configured^0'=b_configured^post_26, b_ip^0'=b_ip^post_26, b_probe^0'=b_probe^post_26, i^0'=i^post_26, k^0'=k^post_26, pos^0'=pos^post_26, seq^0'=seq^post_26, z^0'=z^post_26, [ N^0==N^post_26 && b_arp^0==b_arp^post_26 && b_configured^0==b_configured^post_26 && b_ip^0==b_ip^post_26 && b_probe^0==b_probe^post_26 && i^0==i^post_26 && k^0==k^post_26 && pos^0==pos^post_26 && seq^0==seq^post_26 && z^0==z^post_26 ], cost: 1
      4: l5 -> l3 : N^0'=N^post_5, b_arp^0'=b_arp^post_5, b_configured^0'=b_configured^post_5, b_ip^0'=b_ip^post_5, b_probe^0'=b_probe^post_5, i^0'=i^post_5, k^0'=k^post_5, pos^0'=pos^post_5, seq^0'=seq^post_5, z^0'=z^post_5, [ seq^0<=1+N^0 && N^0==N^post_5 && b_arp^0==b_arp^post_5 && b_configured^0==b_configured^post_5 && b_ip^0==b_ip^post_5 && b_probe^0==b_probe^post_5 && i^0==i^post_5 && k^0==k^post_5 && pos^0==pos^post_5 && seq^0==seq^post_5 && z^0==z^post_5 ], cost: 1
      5: l6 -> l5 : N^0'=N^post_6, b_arp^0'=b_arp^post_6, b_configured^0'=b_configured^post_6, b_ip^0'=b_ip^post_6, b_probe^0'=b_probe^post_6, i^0'=i^post_6, k^0'=k^post_6, pos^0'=pos^post_6, seq^0'=seq^post_6, z^0'=z^post_6, [ 1<=pos^0 && i^post_6==-1+i^0 && pos^post_6==0 && N^0==N^post_6 && b_arp^0==b_arp^post_6 && b_configured^0==b_configured^post_6 && b_ip^0==b_ip^post_6 && b_probe^0==b_probe^post_6 && k^0==k^post_6 && seq^0==seq^post_6 && z^0==z^post_6 ], cost: 1
      6: l6 -> l5 : N^0'=N^post_7, b_arp^0'=b_arp^post_7, b_configured^0'=b_configured^post_7, b_ip^0'=b_ip^post_7, b_probe^0'=b_probe^post_7, i^0'=i^post_7, k^0'=k^post_7, pos^0'=pos^post_7, seq^0'=seq^post_7, z^0'=z^post_7, [ pos^0<=0 && b_arp^0<=0 && pos^post_7==1+pos^0 && N^0==N^post_7 && b_arp^0==b_arp^post_7 && b_configured^0==b_configured^post_7 && b_ip^0==b_ip^post_7 && b_probe^0==b_probe^post_7 && i^0==i^post_7 && k^0==k^post_7 && seq^0==seq^post_7 && z^0==z^post_7 ], cost: 1
      7: l7 -> l5 : N^0'=N^post_8, b_arp^0'=b_arp^post_8, b_configured^0'=b_configured^post_8, b_ip^0'=b_ip^post_8, b_probe^0'=b_probe^post_8, i^0'=i^post_8, k^0'=k^post_8, pos^0'=pos^post_8, seq^0'=seq^post_8, z^0'=z^post_8, [ i^0<=0 && seq^post_8==1+seq^0 && i^post_8==3+seq^post_8 && z^post_8==z^post_8 && 0<=z^post_8 && pos^post_8==0 && N^0==N^post_8 && b_arp^0==b_arp^post_8 && b_configured^0==b_configured^post_8 && b_ip^0==b_ip^post_8 && b_probe^0==b_probe^post_8 && k^0==k^post_8 ], cost: 1
      8: l7 -> l6 : N^0'=N^post_9, b_arp^0'=b_arp^post_9, b_configured^0'=b_configured^post_9, b_ip^0'=b_ip^post_9, b_probe^0'=b_probe^post_9, i^0'=i^post_9, k^0'=k^post_9, pos^0'=pos^post_9, seq^0'=seq^post_9, z^0'=z^post_9, [ 1<=i^0 && N^0==N^post_9 && b_arp^0==b_arp^post_9 && b_configured^0==b_configured^post_9 && b_ip^0==b_ip^post_9 && b_probe^0==b_probe^post_9 && i^0==i^post_9 && k^0==k^post_9 && pos^0==pos^post_9 && seq^0==seq^post_9 && z^0==z^post_9 ], cost: 1
      9: l8 -> l5 : N^0'=N^post_10, b_arp^0'=b_arp^post_10, b_configured^0'=b_configured^post_10, b_ip^0'=b_ip^post_10, b_probe^0'=b_probe^post_10, i^0'=i^post_10, k^0'=k^post_10, pos^0'=pos^post_10, seq^0'=seq^post_10, z^0'=z^post_10, [ 1<=z^0 && z^post_10==-1+z^0 && N^0==N^post_10 && b_arp^0==b_arp^post_10 && b_configured^0==b_configured^post_10 && b_ip^0==b_ip^post_10 && b_probe^0==b_probe^post_10 && i^0==i^post_10 && k^0==k^post_10 && pos^0==pos^post_10 && seq^0==seq^post_10 ], cost: 1
     10: l8 -> l7 : N^0'=N^post_11, b_arp^0'=b_arp^post_11, b_configured^0'=b_configured^post_11, b_ip^0'=b_ip^post_11, b_probe^0'=b_probe^post_11, i^0'=i^post_11, k^0'=k^post_11, pos^0'=pos^post_11, seq^0'=seq^post_11, z^0'=z^post_11, [ z^0<=0 && N^0==N^post_11 && b_arp^0==b_arp^post_11 && b_configured^0==b_configured^post_11 && b_ip^0==b_ip^post_11 && b_probe^0==b_probe^post_11 && i^0==i^post_11 && k^0==k^post_11 && pos^0==pos^post_11 && seq^0==seq^post_11 && z^0==z^post_11 ], cost: 1
     11: l9 -> l3 : N^0'=N^post_12, b_arp^0'=b_arp^post_12, b_configured^0'=b_configured^post_12, b_ip^0'=b_ip^post_12, b_probe^0'=b_probe^post_12, i^0'=i^post_12, k^0'=k^post_12, pos^0'=pos^post_12, seq^0'=seq^post_12, z^0'=z^post_12, [ 1<=b_ip^0 && N^0==N^post_12 && b_arp^0==b_arp^post_12 && b_configured^0==b_configured^post_12 && b_ip^0==b_ip^post_12 && b_probe^0==b_probe^post_12 && i^0==i^post_12 && k^0==k^post_12 && pos^0==pos^post_12 && seq^0==seq^post_12 && z^0==z^post_12 ], cost: 1
     12: l9 -> l8 : N^0'=N^post_13, b_arp^0'=b_arp^post_13, b_configured^0'=b_configured^post_13, b_ip^0'=b_ip^post_13, b_probe^0'=b_probe^post_13, i^0'=i^post_13, k^0'=k^post_13, pos^0'=pos^post_13, seq^0'=seq^post_13, z^0'=z^post_13, [ b_ip^0<=0 && b_arp^post_13==b_arp^post_13 && 0<=b_arp^post_13 && b_arp^post_13<=1 && N^0==N^post_13 && b_configured^0==b_configured^post_13 && b_ip^0==b_ip^post_13 && b_probe^0==b_probe^post_13 && i^0==i^post_13 && k^0==k^post_13 && pos^0==pos^post_13 && seq^0==seq^post_13 && z^0==z^post_13 ], cost: 1
     13: l10 -> l3 : N^0'=N^post_14, b_arp^0'=b_arp^post_14, b_configured^0'=b_configured^post_14, b_ip^0'=b_ip^post_14, b_probe^0'=b_probe^post_14, i^0'=i^post_14, k^0'=k^post_14, pos^0'=pos^post_14, seq^0'=seq^post_14, z^0'=z^post_14, [ 1+b_probe^0<=1 && N^0==N^post_14 && b_arp^0==b_arp^post_14 && b_configured^0==b_configured^post_14 && b_ip^0==b_ip^post_14 && b_probe^0==b_probe^post_14 && i^0==i^post_14 && k^0==k^post_14 && pos^0==pos^post_14 && seq^0==seq^post_14 && z^0==z^post_14 ], cost: 1
     14: l10 -> l9 : N^0'=N^post_15, b_arp^0'=b_arp^post_15, b_configured^0'=b_configured^post_15, b_ip^0'=b_ip^post_15, b_probe^0'=b_probe^post_15, i^0'=i^post_15, k^0'=k^post_15, pos^0'=pos^post_15, seq^0'=seq^post_15, z^0'=z^post_15, [ 1<=b_probe^0 && N^0==N^post_15 && b_arp^0==b_arp^post_15 && b_configured^0==b_configured^post_15 && b_ip^0==b_ip^post_15 && b_probe^0==b_probe^post_15 && i^0==i^post_15 && k^0==k^post_15 && pos^0==pos^post_15 && seq^0==seq^post_15 && z^0==z^post_15 ], cost: 1
     15: l11 -> l10 : N^0'=N^post_16, b_arp^0'=b_arp^post_16, b_configured^0'=b_configured^post_16, b_ip^0'=b_ip^post_16, b_probe^0'=b_probe^post_16, i^0'=i^post_16, k^0'=k^post_16, pos^0'=pos^post_16, seq^0'=seq^post_16, z^0'=z^post_16, [ 1<=pos^0 && i^post_16==-1+i^0 && pos^post_16==0 && N^0==N^post_16 && b_arp^0==b_arp^post_16 && b_configured^0==b_configured^post_16 && b_ip^0==b_ip^post_16 && b_probe^0==b_probe^post_16 && k^0==k^post_16 && seq^0==seq^post_16 && z^0==z^post_16 ], cost: 1
     16: l11 -> l10 : N^0'=N^post_17, b_arp^0'=b_arp^post_17, b_configured^0'=b_configured^post_17, b_ip^0'=b_ip^post_17, b_probe^0'=b_probe^post_17, i^0'=i^post_17, k^0'=k^post_17, pos^0'=pos^post_17, seq^0'=seq^post_17, z^0'=z^post_17, [ pos^0<=0 && b_probe^0<=0 && pos^post_17==1+pos^0 && N^0==N^post_17 && b_arp^0==b_arp^post_17 && b_configured^0==b_configured^post_17 && b_ip^0==b_ip^post_17 && b_probe^0==b_probe^post_17 && i^0==i^post_17 && k^0==k^post_17 && seq^0==seq^post_17 && z^0==z^post_17 ], cost: 1
     17: l12 -> l10 : N^0'=N^post_18, b_arp^0'=b_arp^post_18, b_configured^0'=b_configured^post_18, b_ip^0'=b_ip^post_18, b_probe^0'=b_probe^post_18, i^0'=i^post_18, k^0'=k^post_18, pos^0'=pos^post_18, seq^0'=seq^post_18, z^0'=z^post_18, [ i^0<=0 && seq^post_18==1+seq^0 && i^post_18==3+seq^post_18 && z^post_18==z^post_18 && 0<=z^post_18 && pos^post_18==0 && N^0==N^post_18 && b_arp^0==b_arp^post_18 && b_configured^0==b_configured^post_18 && b_ip^0==b_ip^post_18 && b_probe^0==b_probe^post_18 && k^0==k^post_18 ], cost: 1
     18: l12 -> l11 : N^0'=N^post_19, b_arp^0'=b_arp^post_19, b_configured^0'=b_configured^post_19, b_ip^0'=b_ip^post_19, b_probe^0'=b_probe^post_19, i^0'=i^post_19, k^0'=k^post_19, pos^0'=pos^post_19, seq^0'=seq^post_19, z^0'=z^post_19, [ 1<=i^0 && N^0==N^post_19 && b_arp^0==b_arp^post_19 && b_configured^0==b_configured^post_19 && b_ip^0==b_ip^post_19 && b_probe^0==b_probe^post_19 && i^0==i^post_19 && k^0==k^post_19 && pos^0==pos^post_19 && seq^0==seq^post_19 && z^0==z^post_19 ], cost: 1
     19: l13 -> l10 : N^0'=N^post_20, b_arp^0'=b_arp^post_20, b_configured^0'=b_configured^post_20, b_ip^0'=b_ip^post_20, b_probe^0'=b_probe^post_20, i^0'=i^post_20, k^0'=k^post_20, pos^0'=pos^post_20, seq^0'=seq^post_20, z^0'=z^post_20, [ 1<=z^0 && z^post_20==-1+z^0 && N^0==N^post_20 && b_arp^0==b_arp^post_20 && b_configured^0==b_configured^post_20 && b_ip^0==b_ip^post_20 && b_probe^0==b_probe^post_20 && i^0==i^post_20 && k^0==k^post_20 && pos^0==pos^post_20 && seq^0==seq^post_20 ], cost: 1
     20: l13 -> l12 : N^0'=N^post_21, b_arp^0'=b_arp^post_21, b_configured^0'=b_configured^post_21, b_ip^0'=b_ip^post_21, b_probe^0'=b_probe^post_21, i^0'=i^post_21, k^0'=k^post_21, pos^0'=pos^post_21, seq^0'=seq^post_21, z^0'=z^post_21, [ z^0<=0 && N^0==N^post_21 && b_arp^0==b_arp^post_21 && b_configured^0==b_configured^post_21 && b_ip^0==b_ip^post_21 && b_probe^0==b_probe^post_21 && i^0==i^post_21 && k^0==k^post_21 && pos^0==pos^post_21 && seq^0==seq^post_21 && z^0==z^post_21 ], cost: 1
     21: l14 -> l2 : N^0'=N^post_22, b_arp^0'=b_arp^post_22, b_configured^0'=b_configured^post_22, b_ip^0'=b_ip^post_22, b_probe^0'=b_probe^post_22, i^0'=i^post_22, k^0'=k^post_22, pos^0'=pos^post_22, seq^0'=seq^post_22, z^0'=z^post_22, [ 1+N^0<=k^0 && N^0==N^post_22 && b_arp^0==b_arp^post_22 && b_configured^0==b_configured^post_22 && b_ip^0==b_ip^post_22 && b_probe^0==b_probe^post_22 && i^0==i^post_22 && k^0==k^post_22 && pos^0==pos^post_22 && seq^0==seq^post_22 && z^0==z^post_22 ], cost: 1
     22: l14 -> l13 : N^0'=N^post_23, b_arp^0'=b_arp^post_23, b_configured^0'=b_configured^post_23, b_ip^0'=b_ip^post_23, b_probe^0'=b_probe^post_23, i^0'=i^post_23, k^0'=k^post_23, pos^0'=pos^post_23, seq^0'=seq^post_23, z^0'=z^post_23, [ k^0<=N^0 && b_probe^post_23==b_probe^post_23 && 0<=b_probe^post_23 && b_probe^post_23<=1 && N^0==N^post_23 && b_arp^0==b_arp^post_23 && b_configured^0==b_configured^post_23 && b_ip^0==b_ip^post_23 && i^0==i^post_23 && k^0==k^post_23 && pos^0==pos^post_23 && seq^0==seq^post_23 && z^0==z^post_23 ], cost: 1
     23: l15 -> l2 : N^0'=N^post_24, b_arp^0'=b_arp^post_24, b_configured^0'=b_configured^post_24, b_ip^0'=b_ip^post_24, b_probe^0'=b_probe^post_24, i^0'=i^post_24, k^0'=k^post_24, pos^0'=pos^post_24, seq^0'=seq^post_24, z^0'=z^post_24, [ 1<=b_arp^0 && N^0==N^post_24 && b_arp^0==b_arp^post_24 && b_configured^0==b_configured^post_24 && b_ip^0==b_ip^post_24 && b_probe^0==b_probe^post_24 && i^0==i^post_24 && k^0==k^post_24 && pos^0==pos^post_24 && seq^0==seq^post_24 && z^0==z^post_24 ], cost: 1
     24: l15 -> l14 : N^0'=N^post_25, b_arp^0'=b_arp^post_25, b_configured^0'=b_configured^post_25, b_ip^0'=b_ip^post_25, b_probe^0'=b_probe^post_25, i^0'=i^post_25, k^0'=k^post_25, pos^0'=pos^post_25, seq^0'=seq^post_25, z^0'=z^post_25, [ b_arp^0<=0 && N^0==N^post_25 && b_arp^0==b_arp^post_25 && b_configured^0==b_configured^post_25 && b_ip^0==b_ip^post_25 && b_probe^0==b_probe^post_25 && i^0==i^post_25 && k^0==k^post_25 && pos^0==pos^post_25 && seq^0==seq^post_25 && z^0==z^post_25 ], cost: 1
     26: l16 -> l4 : N^0'=N^post_27, b_arp^0'=b_arp^post_27, b_configured^0'=b_configured^post_27, b_ip^0'=b_ip^post_27, b_probe^0'=b_probe^post_27, i^0'=i^post_27, k^0'=k^post_27, pos^0'=pos^post_27, seq^0'=seq^post_27, z^0'=z^post_27, [ 1<=pos^0 && i^post_27==-1+i^0 && pos^post_27==0 && N^0==N^post_27 && b_arp^0==b_arp^post_27 && b_configured^0==b_configured^post_27 && b_ip^0==b_ip^post_27 && b_probe^0==b_probe^post_27 && k^0==k^post_27 && seq^0==seq^post_27 && z^0==z^post_27 ], cost: 1
     27: l16 -> l4 : N^0'=N^post_28, b_arp^0'=b_arp^post_28, b_configured^0'=b_configured^post_28, b_ip^0'=b_ip^post_28, b_probe^0'=b_probe^post_28, i^0'=i^post_28, k^0'=k^post_28, pos^0'=pos^post_28, seq^0'=seq^post_28, z^0'=z^post_28, [ pos^0<=0 && b_ip^0<=0 && pos^post_28==1+pos^0 && N^0==N^post_28 && b_arp^0==b_arp^post_28 && b_configured^0==b_configured^post_28 && b_ip^0==b_ip^post_28 && b_probe^0==b_probe^post_28 && i^0==i^post_28 && k^0==k^post_28 && seq^0==seq^post_28 && z^0==z^post_28 ], cost: 1
     28: l17 -> l4 : N^0'=N^post_29, b_arp^0'=b_arp^post_29, b_configured^0'=b_configured^post_29, b_ip^0'=b_ip^post_29, b_probe^0'=b_probe^post_29, i^0'=i^post_29, k^0'=k^post_29, pos^0'=pos^post_29, seq^0'=seq^post_29, z^0'=z^post_29, [ i^0<=0 && seq^post_29==1+seq^0 && i^post_29==3+seq^post_29 && z^post_29==z^post_29 && 0<=z^post_29 && pos^post_29==0 && N^0==N^post_29 && b_arp^0==b_arp^post_29 && b_configured^0==b_configured^post_29 && b_ip^0==b_ip^post_29 && b_probe^0==b_probe^post_29 && k^0==k^post_29 ], cost: 1
     29: l17 -> l16 : N^0'=N^post_30, b_arp^0'=b_arp^post_30, b_configured^0'=b_configured^post_30, b_ip^0'=b_ip^post_30, b_probe^0'=b_probe^post_30, i^0'=i^post_30, k^0'=k^post_30, pos^0'=pos^post_30, seq^0'=seq^post_30, z^0'=z^post_30, [ 1<=i^0 && N^0==N^post_30 && b_arp^0==b_arp^post_30 && b_configured^0==b_configured^post_30 && b_ip^0==b_ip^post_30 && b_probe^0==b_probe^post_30 && i^0==i^post_30 && k^0==k^post_30 && pos^0==pos^post_30 && seq^0==seq^post_30 && z^0==z^post_30 ], cost: 1
     30: l18 -> l4 : N^0'=N^post_31, b_arp^0'=b_arp^post_31, b_configured^0'=b_configured^post_31, b_ip^0'=b_ip^post_31, b_probe^0'=b_probe^post_31, i^0'=i^post_31, k^0'=k^post_31, pos^0'=pos^post_31, seq^0'=seq^post_31, z^0'=z^post_31, [ 1<=z^0 && z^post_31==-1+z^0 && N^0==N^post_31 && b_arp^0==b_arp^post_31 && b_configured^0==b_configured^post_31 && b_ip^0==b_ip^post_31 && b_probe^0==b_probe^post_31 && i^0==i^post_31 && k^0==k^post_31 && pos^0==pos^post_31 && seq^0==seq^post_31 ], cost: 1
     31: l18 -> l17 : N^0'=N^post_32, b_arp^0'=b_arp^post_32, b_configured^0'=b_configured^post_32, b_ip^0'=b_ip^post_32, b_probe^0'=b_probe^post_32, i^0'=i^post_32, k^0'=k^post_32, pos^0'=pos^post_32, seq^0'=seq^post_32, z^0'=z^post_32, [ z^0<=0 && N^0==N^post_32 && b_arp^0==b_arp^post_32 && b_configured^0==b_configured^post_32 && b_ip^0==b_ip^post_32 && b_probe^0==b_probe^post_32 && i^0==i^post_32 && k^0==k^post_32 && pos^0==pos^post_32 && seq^0==seq^post_32 && z^0==z^post_32 ], cost: 1
     32: l19 -> l1 : N^0'=N^post_33, b_arp^0'=b_arp^post_33, b_configured^0'=b_configured^post_33, b_ip^0'=b_ip^post_33, b_probe^0'=b_probe^post_33, i^0'=i^post_33, k^0'=k^post_33, pos^0'=pos^post_33, seq^0'=seq^post_33, z^0'=z^post_33, [ seq^post_33==1 && i^post_33==3+seq^post_33 && z^post_33==z^post_33 && 0<=z^post_33 && pos^post_33==0 && N^post_33==N^post_33 && 0<=N^post_33 && b_ip^post_33==0 && b_probe^post_33==0 && b_arp^post_33==0 && b_configured^post_33==0 && k^post_33==0 ], cost: 1
     33: l20 -> l21 : N^0'=N^post_34, b_arp^0'=b_arp^post_34, b_configured^0'=b_configured^post_34, b_ip^0'=b_ip^post_34, b_probe^0'=b_probe^post_34, i^0'=i^post_34, k^0'=k^post_34, pos^0'=pos^post_34, seq^0'=seq^post_34, z^0'=z^post_34, [ N^0==N^post_34 && b_arp^0==b_arp^post_34 && b_configured^0==b_configured^post_34 && b_ip^0==b_ip^post_34 && b_probe^0==b_probe^post_34 && i^0==i^post_34 && k^0==k^post_34 && pos^0==pos^post_34 && seq^0==seq^post_34 && z^0==z^post_34 ], cost: 1
     34: l22 -> l20 : N^0'=N^post_35, b_arp^0'=b_arp^post_35, b_configured^0'=b_configured^post_35, b_ip^0'=b_ip^post_35, b_probe^0'=b_probe^post_35, i^0'=i^post_35, k^0'=k^post_35, pos^0'=pos^post_35, seq^0'=seq^post_35, z^0'=z^post_35, [ 1<=b_configured^0 && N^0==N^post_35 && b_arp^0==b_arp^post_35 && b_configured^0==b_configured^post_35 && b_ip^0==b_ip^post_35 && b_probe^0==b_probe^post_35 && i^0==i^post_35 && k^0==k^post_35 && pos^0==pos^post_35 && seq^0==seq^post_35 && z^0==z^post_35 ], cost: 1
     35: l22 -> l20 : N^0'=N^post_36, b_arp^0'=b_arp^post_36, b_configured^0'=b_configured^post_36, b_ip^0'=b_ip^post_36, b_probe^0'=b_probe^post_36, i^0'=i^post_36, k^0'=k^post_36, pos^0'=pos^post_36, seq^0'=seq^post_36, z^0'=z^post_36, [ 1+b_configured^0<=0 && N^0==N^post_36 && b_arp^0==b_arp^post_36 && b_configured^0==b_configured^post_36 && b_ip^0==b_ip^post_36 && b_probe^0==b_probe^post_36 && i^0==i^post_36 && k^0==k^post_36 && pos^0==pos^post_36 && seq^0==seq^post_36 && z^0==z^post_36 ], cost: 1
     36: l22 -> l18 : N^0'=N^post_37, b_arp^0'=b_arp^post_37, b_configured^0'=b_configured^post_37, b_ip^0'=b_ip^post_37, b_probe^0'=b_probe^post_37, i^0'=i^post_37, k^0'=k^post_37, pos^0'=pos^post_37, seq^0'=seq^post_37, z^0'=z^post_37, [ b_configured^0<=0 && 0<=b_configured^0 && b_arp^post_37==0 && b_probe^post_37==0 && k^post_37==0 && b_ip^post_37==b_ip^post_37 && 0<=b_ip^post_37 && b_ip^post_37<=1 && N^0==N^post_37 && b_configured^0==b_configured^post_37 && i^0==i^post_37 && pos^0==pos^post_37 && seq^0==seq^post_37 && z^0==z^post_37 ], cost: 1
     38: l23 -> l19 : N^0'=N^post_39, b_arp^0'=b_arp^post_39, b_configured^0'=b_configured^post_39, b_ip^0'=b_ip^post_39, b_probe^0'=b_probe^post_39, i^0'=i^post_39, k^0'=k^post_39, pos^0'=pos^post_39, seq^0'=seq^post_39, z^0'=z^post_39, [ N^0==N^post_39 && b_arp^0==b_arp^post_39 && b_configured^0==b_configured^post_39 && b_ip^0==b_ip^post_39 && b_probe^0==b_probe^post_39 && i^0==i^post_39 && k^0==k^post_39 && pos^0==pos^post_39 && seq^0==seq^post_39 && z^0==z^post_39 ], cost: 1

Checking for constant complexity:
   The following rule is satisfiable with cost >= 1, yielding constant complexity:
     38: l23 -> l19 : N^0'=N^post_39, b_arp^0'=b_arp^post_39, b_configured^0'=b_configured^post_39, b_ip^0'=b_ip^post_39, b_probe^0'=b_probe^post_39, i^0'=i^post_39, k^0'=k^post_39, pos^0'=pos^post_39, seq^0'=seq^post_39, z^0'=z^post_39, [ N^0==N^post_39 && b_arp^0==b_arp^post_39 && b_configured^0==b_configured^post_39 && b_ip^0==b_ip^post_39 && b_probe^0==b_probe^post_39 && i^0==i^post_39 && k^0==k^post_39 && pos^0==pos^post_39 && seq^0==seq^post_39 && z^0==z^post_39 ], cost: 1

Removed unreachable and leaf rules:
   Start location: l23
      0: l0 -> l1 : N^0'=N^post_1, b_arp^0'=b_arp^post_1, b_configured^0'=b_configured^post_1, b_ip^0'=b_ip^post_1, b_probe^0'=b_probe^post_1, i^0'=i^post_1, k^0'=k^post_1, pos^0'=pos^post_1, seq^0'=seq^post_1, z^0'=z^post_1, [ 1<=b_arp^0 && N^0==N^post_1 && b_arp^0==b_arp^post_1 && b_configured^0==b_configured^post_1 && b_ip^0==b_ip^post_1 && b_probe^0==b_probe^post_1 && i^0==i^post_1 && k^0==k^post_1 && pos^0==pos^post_1 && seq^0==seq^post_1 && z^0==z^post_1 ], cost: 1
      1: l0 -> l1 : N^0'=N^post_2, b_arp^0'=b_arp^post_2, b_configured^0'=b_configured^post_2, b_ip^0'=b_ip^post_2, b_probe^0'=b_probe^post_2, i^0'=i^post_2, k^0'=k^post_2, pos^0'=pos^post_2, seq^0'=seq^post_2, z^0'=z^post_2, [ b_arp^0<=0 && b_configured^post_2==1 && N^0==N^post_2 && b_arp^0==b_arp^post_2 && b_ip^0==b_ip^post_2 && b_probe^0==b_probe^post_2 && i^0==i^post_2 && k^0==k^post_2 && pos^0==pos^post_2 && seq^0==seq^post_2 && z^0==z^post_2 ], cost: 1
     37: l1 -> l22 : N^0'=N^post_38, b_arp^0'=b_arp^post_38, b_configured^0'=b_configured^post_38, b_ip^0'=b_ip^post_38, b_probe^0'=b_probe^post_38, i^0'=i^post_38, k^0'=k^post_38, pos^0'=pos^post_38, seq^0'=seq^post_38, z^0'=z^post_38, [ N^0==N^post_38 && b_arp^0==b_arp^post_38 && b_configured^0==b_configured^post_38 && b_ip^0==b_ip^post_38 && b_probe^0==b_probe^post_38 && i^0==i^post_38 && k^0==k^post_38 && pos^0==pos^post_38 && seq^0==seq^post_38 && z^0==z^post_38 ], cost: 1
      2: l2 -> l0 : N^0'=N^post_3, b_arp^0'=b_arp^post_3, b_configured^0'=b_configured^post_3, b_ip^0'=b_ip^post_3, b_probe^0'=b_probe^post_3, i^0'=i^post_3, k^0'=k^post_3, pos^0'=pos^post_3, seq^0'=seq^post_3, z^0'=z^post_3, [ N^0==N^post_3 && b_arp^0==b_arp^post_3 && b_configured^0==b_configured^post_3 && b_ip^0==b_ip^post_3 && b_probe^0==b_probe^post_3 && i^0==i^post_3 && k^0==k^post_3 && pos^0==pos^post_3 && seq^0==seq^post_3 && z^0==z^post_3 ], cost: 1
      3: l3 -> l4 : N^0'=N^post_4, b_arp^0'=b_arp^post_4, b_configured^0'=b_configured^post_4, b_ip^0'=b_ip^post_4, b_probe^0'=b_probe^post_4, i^0'=i^post_4, k^0'=k^post_4, pos^0'=pos^post_4, seq^0'=seq^post_4, z^0'=z^post_4, [ k^post_4==1+k^0 && N^0==N^post_4 && b_arp^0==b_arp^post_4 && b_configured^0==b_configured^post_4 && b_ip^0==b_ip^post_4 && b_probe^0==b_probe^post_4 && i^0==i^post_4 && pos^0==pos^post_4 && seq^0==seq^post_4 && z^0==z^post_4 ], cost: 1
     25: l4 -> l15 : N^0'=N^post_26, b_arp^0'=b_arp^post_26, b_configured^0'=b_configured^post_26, b_ip^0'=b_ip^post_26, b_probe^0'=b_probe^post_26, i^0'=i^post_26, k^0'=k^post_26, pos^0'=pos^post_26, seq^0'=seq^post_26, z^0'=z^post_26, [ N^0==N^post_26 && b_arp^0==b_arp^post_26 && b_configured^0==b_configured^post_26 && b_ip^0==b_ip^post_26 && b_probe^0==b_probe^post_26 && i^0==i^post_26 && k^0==k^post_26 && pos^0==pos^post_26 && seq^0==seq^post_26 && z^0==z^post_26 ], cost: 1
      4: l5 -> l3 : N^0'=N^post_5, b_arp^0'=b_arp^post_5, b_configured^0'=b_configured^post_5, b_ip^0'=b_ip^post_5, b_probe^0'=b_probe^post_5, i^0'=i^post_5, k^0'=k^post_5, pos^0'=pos^post_5, seq^0'=seq^post_5, z^0'=z^post_5, [ seq^0<=1+N^0 && N^0==N^post_5 && b_arp^0==b_arp^post_5 && b_configured^0==b_configured^post_5 && b_ip^0==b_ip^post_5 && b_probe^0==b_probe^post_5 && i^0==i^post_5 && k^0==k^post_5 && pos^0==pos^post_5 && seq^0==seq^post_5 && z^0==z^post_5 ], cost: 1
      5: l6 -> l5 : N^0'=N^post_6, b_arp^0'=b_arp^post_6, b_configured^0'=b_configured^post_6, b_ip^0'=b_ip^post_6, b_probe^0'=b_probe^post_6, i^0'=i^post_6, k^0'=k^post_6, pos^0'=pos^post_6, seq^0'=seq^post_6, z^0'=z^post_6, [ 1<=pos^0 && i^post_6==-1+i^0 && pos^post_6==0 && N^0==N^post_6 && b_arp^0==b_arp^post_6 && b_configured^0==b_configured^post_6 && b_ip^0==b_ip^post_6 && b_probe^0==b_probe^post_6 && k^0==k^post_6 && seq^0==seq^post_6 && z^0==z^post_6 ], cost: 1
      6: l6 -> l5 : N^0'=N^post_7, b_arp^0'=b_arp^post_7, b_configured^0'=b_configured^post_7, b_ip^0'=b_ip^post_7, b_probe^0'=b_probe^post_7, i^0'=i^post_7, k^0'=k^post_7, pos^0'=pos^post_7, seq^0'=seq^post_7, z^0'=z^post_7, [ pos^0<=0 && b_arp^0<=0 && pos^post_7==1+pos^0 && N^0==N^post_7 && b_arp^0==b_arp^post_7 && b_configured^0==b_configured^post_7 && b_ip^0==b_ip^post_7 && b_probe^0==b_probe^post_7 && i^0==i^post_7 && k^0==k^post_7 && seq^0==seq^post_7 && z^0==z^post_7 ], cost: 1
      7: l7 -> l5 : N^0'=N^post_8, b_arp^0'=b_arp^post_8, b_configured^0'=b_configured^post_8, b_ip^0'=b_ip^post_8, b_probe^0'=b_probe^post_8, i^0'=i^post_8, k^0'=k^post_8, pos^0'=pos^post_8, seq^0'=seq^post_8, z^0'=z^post_8, [ i^0<=0 && seq^post_8==1+seq^0 && i^post_8==3+seq^post_8 && z^post_8==z^post_8 && 0<=z^post_8 && pos^post_8==0 && N^0==N^post_8 && b_arp^0==b_arp^post_8 && b_configured^0==b_configured^post_8 && b_ip^0==b_ip^post_8 && b_probe^0==b_probe^post_8 && k^0==k^post_8 ], cost: 1
      8: l7 -> l6 : N^0'=N^post_9, b_arp^0'=b_arp^post_9, b_configured^0'=b_configured^post_9, b_ip^0'=b_ip^post_9, b_probe^0'=b_probe^post_9, i^0'=i^post_9, k^0'=k^post_9, pos^0'=pos^post_9, seq^0'=seq^post_9, z^0'=z^post_9, [ 1<=i^0 && N^0==N^post_9 && b_arp^0==b_arp^post_9 && b_configured^0==b_configured^post_9 && b_ip^0==b_ip^post_9 && b_probe^0==b_probe^post_9 && i^0==i^post_9 && k^0==k^post_9 && pos^0==pos^post_9 && seq^0==seq^post_9 && z^0==z^post_9 ], cost: 1
      9: l8 -> l5 : N^0'=N^post_10, b_arp^0'=b_arp^post_10, b_configured^0'=b_configured^post_10, b_ip^0'=b_ip^post_10, b_probe^0'=b_probe^post_10, i^0'=i^post_10, k^0'=k^post_10, pos^0'=pos^post_10, seq^0'=seq^post_10, z^0'=z^post_10, [ 1<=z^0 && z^post_10==-1+z^0 && N^0==N^post_10 && b_arp^0==b_arp^post_10 && b_configured^0==b_configured^post_10 && b_ip^0==b_ip^post_10 && b_probe^0==b_probe^post_10 && i^0==i^post_10 && k^0==k^post_10 && pos^0==pos^post_10 && seq^0==seq^post_10 ], cost: 1
     10: l8 -> l7 : N^0'=N^post_11, b_arp^0'=b_arp^post_11, b_configured^0'=b_configured^post_11, b_ip^0'=b_ip^post_11, b_probe^0'=b_probe^post_11, i^0'=i^post_11, k^0'=k^post_11, pos^0'=pos^post_11, seq^0'=seq^post_11, z^0'=z^post_11, [ z^0<=0 && N^0==N^post_11 && b_arp^0==b_arp^post_11 && b_configured^0==b_configured^post_11 && b_ip^0==b_ip^post_11 && b_probe^0==b_probe^post_11 && i^0==i^post_11 && k^0==k^post_11 && pos^0==pos^post_11 && seq^0==seq^post_11 && z^0==z^post_11 ], cost: 1
     11: l9 -> l3 : N^0'=N^post_12, b_arp^0'=b_arp^post_12, b_configured^0'=b_configured^post_12, b_ip^0'=b_ip^post_12, b_probe^0'=b_probe^post_12, i^0'=i^post_12, k^0'=k^post_12, pos^0'=pos^post_12, seq^0'=seq^post_12, z^0'=z^post_12, [ 1<=b_ip^0 && N^0==N^post_12 && b_arp^0==b_arp^post_12 && b_configured^0==b_configured^post_12 && b_ip^0==b_ip^post_12 && b_probe^0==b_probe^post_12 && i^0==i^post_12 && k^0==k^post_12 && pos^0==pos^post_12 && seq^0==seq^post_12 && z^0==z^post_12 ], cost: 1
     12: l9 -> l8 : N^0'=N^post_13, b_arp^0'=b_arp^post_13, b_configured^0'=b_configured^post_13, b_ip^0'=b_ip^post_13, b_probe^0'=b_probe^post_13, i^0'=i^post_13, k^0'=k^post_13, pos^0'=pos^post_13, seq^0'=seq^post_13, z^0'=z^post_13, [ b_ip^0<=0 && b_arp^post_13==b_arp^post_13 && 0<=b_arp^post_13 && b_arp^post_13<=1 && N^0==N^post_13 && b_configured^0==b_configured^post_13 && b_ip^0==b_ip^post_13 && b_probe^0==b_probe^post_13 && i^0==i^post_13 && k^0==k^post_13 && pos^0==pos^post_13 && seq^0==seq^post_13 && z^0==z^post_13 ], cost: 1
     13: l10 -> l3 : N^0'=N^post_14, b_arp^0'=b_arp^post_14, b_configured^0'=b_configured^post_14, b_ip^0'=b_ip^post_14, b_probe^0'=b_probe^post_14, i^0'=i^post_14, k^0'=k^post_14, pos^0'=pos^post_14, seq^0'=seq^post_14, z^0'=z^post_14, [ 1+b_probe^0<=1 && N^0==N^post_14 && b_arp^0==b_arp^post_14 && b_configured^0==b_configured^post_14 && b_ip^0==b_ip^post_14 && b_probe^0==b_probe^post_14 && i^0==i^post_14 && k^0==k^post_14 && pos^0==pos^post_14 && seq^0==seq^post_14 && z^0==z^post_14 ], cost: 1
     14: l10 -> l9 : N^0'=N^post_15, b_arp^0'=b_arp^post_15, b_configured^0'=b_configured^post_15, b_ip^0'=b_ip^post_15, b_probe^0'=b_probe^post_15, i^0'=i^post_15, k^0'=k^post_15, pos^0'=pos^post_15, seq^0'=seq^post_15, z^0'=z^post_15, [ 1<=b_probe^0 && N^0==N^post_15 && b_arp^0==b_arp^post_15 && b_configured^0==b_configured^post_15 && b_ip^0==b_ip^post_15 && b_probe^0==b_probe^post_15 && i^0==i^post_15 && k^0==k^post_15 && pos^0==pos^post_15 && seq^0==seq^post_15 && z^0==z^post_15 ], cost: 1
     15: l11 -> l10 : N^0'=N^post_16, b_arp^0'=b_arp^post_16, b_configured^0'=b_configured^post_16, b_ip^0'=b_ip^post_16, b_probe^0'=b_probe^post_16, i^0'=i^post_16, k^0'=k^post_16, pos^0'=pos^post_16, seq^0'=seq^post_16, z^0'=z^post_16, [ 1<=pos^0 && i^post_16==-1+i^0 && pos^post_16==0 && N^0==N^post_16 && b_arp^0==b_arp^post_16 && b_configured^0==b_configured^post_16 && b_ip^0==b_ip^post_16 && b_probe^0==b_probe^post_16 && k^0==k^post_16 && seq^0==seq^post_16 && z^0==z^post_16 ], cost: 1
     16: l11 -> l10 : N^0'=N^post_17, b_arp^0'=b_arp^post_17, b_configured^0'=b_configured^post_17, b_ip^0'=b_ip^post_17, b_probe^0'=b_probe^post_17, i^0'=i^post_17, k^0'=k^post_17, pos^0'=pos^post_17, seq^0'=seq^post_17, z^0'=z^post_17, [ pos^0<=0 && b_probe^0<=0 && pos^post_17==1+pos^0 && N^0==N^post_17 && b_arp^0==b_arp^post_17 && b_configured^0==b_configured^post_17 && b_ip^0==b_ip^post_17 && b_probe^0==b_probe^post_17 && i^0==i^post_17 && k^0==k^post_17 && seq^0==seq^post_17 && z^0==z^post_17 ], cost: 1
     17: l12 -> l10 : N^0'=N^post_18, b_arp^0'=b_arp^post_18, b_configured^0'=b_configured^post_18, b_ip^0'=b_ip^post_18, b_probe^0'=b_probe^post_18, i^0'=i^post_18, k^0'=k^post_18, pos^0'=pos^post_18, seq^0'=seq^post_18, z^0'=z^post_18, [ i^0<=0 && seq^post_18==1+seq^0 && i^post_18==3+seq^post_18 && z^post_18==z^post_18 && 0<=z^post_18 && pos^post_18==0 && N^0==N^post_18 && b_arp^0==b_arp^post_18 && b_configured^0==b_configured^post_18 && b_ip^0==b_ip^post_18 && b_probe^0==b_probe^post_18 && k^0==k^post_18 ], cost: 1
     18: l12 -> l11 : N^0'=N^post_19, b_arp^0'=b_arp^post_19, b_configured^0'=b_configured^post_19, b_ip^0'=b_ip^post_19, b_probe^0'=b_probe^post_19, i^0'=i^post_19, k^0'=k^post_19, pos^0'=pos^post_19, seq^0'=seq^post_19, z^0'=z^post_19, [ 1<=i^0 && N^0==N^post_19 && b_arp^0==b_arp^post_19 && b_configured^0==b_configured^post_19 && b_ip^0==b_ip^post_19 && b_probe^0==b_probe^post_19 && i^0==i^post_19 && k^0==k^post_19 && pos^0==pos^post_19 && seq^0==seq^post_19 && z^0==z^post_19 ], cost: 1
     19: l13 -> l10 : N^0'=N^post_20, b_arp^0'=b_arp^post_20, b_configured^0'=b_configured^post_20, b_ip^0'=b_ip^post_20, b_probe^0'=b_probe^post_20, i^0'=i^post_20, k^0'=k^post_20, pos^0'=pos^post_20, seq^0'=seq^post_20, z^0'=z^post_20, [ 1<=z^0 && z^post_20==-1+z^0 && N^0==N^post_20 && b_arp^0==b_arp^post_20 && b_configured^0==b_configured^post_20 && b_ip^0==b_ip^post_20 && b_probe^0==b_probe^post_20 && i^0==i^post_20 && k^0==k^post_20 && pos^0==pos^post_20 && seq^0==seq^post_20 ], cost: 1
     20: l13 -> l12 : N^0'=N^post_21, b_arp^0'=b_arp^post_21, b_configured^0'=b_configured^post_21, b_ip^0'=b_ip^post_21, b_probe^0'=b_probe^post_21, i^0'=i^post_21, k^0'=k^post_21, pos^0'=pos^post_21, seq^0'=seq^post_21, z^0'=z^post_21, [ z^0<=0 && N^0==N^post_21 && b_arp^0==b_arp^post_21 && b_configured^0==b_configured^post_21 && b_ip^0==b_ip^post_21 && b_probe^0==b_probe^post_21 && i^0==i^post_21 && k^0==k^post_21 && pos^0==pos^post_21 && seq^0==seq^post_21 && z^0==z^post_21 ], cost: 1
     21: l14 -> l2 : N^0'=N^post_22, b_arp^0'=b_arp^post_22, b_configured^0'=b_configured^post_22, b_ip^0'=b_ip^post_22, b_probe^0'=b_probe^post_22, i^0'=i^post_22, k^0'=k^post_22, pos^0'=pos^post_22, seq^0'=seq^post_22, z^0'=z^post_22, [ 1+N^0<=k^0 && N^0==N^post_22 && b_arp^0==b_arp^post_22 && b_configured^0==b_configured^post_22 && b_ip^0==b_ip^post_22 && b_probe^0==b_probe^post_22 && i^0==i^post_22 && k^0==k^post_22 && pos^0==pos^post_22 && seq^0==seq^post_22 && z^0==z^post_22 ], cost: 1
     22: l14 -> l13 : N^0'=N^post_23, b_arp^0'=b_arp^post_23, b_configured^0'=b_configured^post_23, b_ip^0'=b_ip^post_23, b_probe^0'=b_probe^post_23, i^0'=i^post_23, k^0'=k^post_23, pos^0'=pos^post_23, seq^0'=seq^post_23, z^0'=z^post_23, [ k^0<=N^0 && b_probe^post_23==b_probe^post_23 && 0<=b_probe^post_23 && b_probe^post_23<=1 && N^0==N^post_23 && b_arp^0==b_arp^post_23 && b_configured^0==b_configured^post_23 && b_ip^0==b_ip^post_23 && i^0==i^post_23 && k^0==k^post_23 && pos^0==pos^post_23 && seq^0==seq^post_23 && z^0==z^post_23 ], cost: 1
     23: l15 -> l2 : N^0'=N^post_24, b_arp^0'=b_arp^post_24, b_configured^0'=b_configured^post_24, b_ip^0'=b_ip^post_24, b_probe^0'=b_probe^post_24, i^0'=i^post_24, k^0'=k^post_24, pos^0'=pos^post_24, seq^0'=seq^post_24, z^0'=z^post_24, [ 1<=b_arp^0 && N^0==N^post_24 && b_arp^0==b_arp^post_24 && b_configured^0==b_configured^post_24 && b_ip^0==b_ip^post_24 && b_probe^0==b_probe^post_24 && i^0==i^post_24 && k^0==k^post_24 && pos^0==pos^post_24 && seq^0==seq^post_24 && z^0==z^post_24 ], cost: 1
     24: l15 -> l14 : N^0'=N^post_25, b_arp^0'=b_arp^post_25, b_configured^0'=b_configured^post_25, b_ip^0'=b_ip^post_25, b_probe^0'=b_probe^post_25, i^0'=i^post_25, k^0'=k^post_25, pos^0'=pos^post_25, seq^0'=seq^post_25, z^0'=z^post_25, [ b_arp^0<=0 && N^0==N^post_25 && b_arp^0==b_arp^post_25 && b_configured^0==b_configured^post_25 && b_ip^0==b_ip^post_25 && b_probe^0==b_probe^post_25 && i^0==i^post_25 && k^0==k^post_25 && pos^0==pos^post_25 && seq^0==seq^post_25 && z^0==z^post_25 ], cost: 1
     26: l16 -> l4 : N^0'=N^post_27, b_arp^0'=b_arp^post_27, b_configured^0'=b_configured^post_27, b_ip^0'=b_ip^post_27, b_probe^0'=b_probe^post_27, i^0'=i^post_27, k^0'=k^post_27, pos^0'=pos^post_27, seq^0'=seq^post_27, z^0'=z^post_27, [ 1<=pos^0 && i^post_27==-1+i^0 && pos^post_27==0 && N^0==N^post_27 && b_arp^0==b_arp^post_27 && b_configured^0==b_configured^post_27 && b_ip^0==b_ip^post_27 && b_probe^0==b_probe^post_27 && k^0==k^post_27 && seq^0==seq^post_27 && z^0==z^post_27 ], cost: 1
     27: l16 -> l4 : N^0'=N^post_28, b_arp^0'=b_arp^post_28, b_configured^0'=b_configured^post_28, b_ip^0'=b_ip^post_28, b_probe^0'=b_probe^post_28, i^0'=i^post_28, k^0'=k^post_28, pos^0'=pos^post_28, seq^0'=seq^post_28, z^0'=z^post_28, [ pos^0<=0 && b_ip^0<=0 && pos^post_28==1+pos^0 && N^0==N^post_28 && b_arp^0==b_arp^post_28 && b_configured^0==b_configured^post_28 && b_ip^0==b_ip^post_28 && b_probe^0==b_probe^post_28 && i^0==i^post_28 && k^0==k^post_28 && seq^0==seq^post_28 && z^0==z^post_28 ], cost: 1
     28: l17 -> l4 : N^0'=N^post_29, b_arp^0'=b_arp^post_29, b_configured^0'=b_configured^post_29, b_ip^0'=b_ip^post_29, b_probe^0'=b_probe^post_29, i^0'=i^post_29, k^0'=k^post_29, pos^0'=pos^post_29, seq^0'=seq^post_29, z^0'=z^post_29, [ i^0<=0 && seq^post_29==1+seq^0 && i^post_29==3+seq^post_29 && z^post_29==z^post_29 && 0<=z^post_29 && pos^post_29==0 && N^0==N^post_29 && b_arp^0==b_arp^post_29 && b_configured^0==b_configured^post_29 && b_ip^0==b_ip^post_29 && b_probe^0==b_probe^post_29 && k^0==k^post_29 ], cost: 1
     29: l17 -> l16 : N^0'=N^post_30, b_arp^0'=b_arp^post_30, b_configured^0'=b_configured^post_30, b_ip^0'=b_ip^post_30, b_probe^0'=b_probe^post_30, i^0'=i^post_30, k^0'=k^post_30, pos^0'=pos^post_30, seq^0'=seq^post_30, z^0'=z^post_30, [ 1<=i^0 && N^0==N^post_30 && b_arp^0==b_arp^post_30 && b_configured^0==b_configured^post_30 && b_ip^0==b_ip^post_30 && b_probe^0==b_probe^post_30 && i^0==i^post_30 && k^0==k^post_30 && pos^0==pos^post_30 && seq^0==seq^post_30 && z^0==z^post_30 ], cost: 1
     30: l18 -> l4 : N^0'=N^post_31, b_arp^0'=b_arp^post_31, b_configured^0'=b_configured^post_31, b_ip^0'=b_ip^post_31, b_probe^0'=b_probe^post_31, i^0'=i^post_31, k^0'=k^post_31, pos^0'=pos^post_31, seq^0'=seq^post_31, z^0'=z^post_31, [ 1<=z^0 && z^post_31==-1+z^0 && N^0==N^post_31 && b_arp^0==b_arp^post_31 && b_configured^0==b_configured^post_31 && b_ip^0==b_ip^post_31 && b_probe^0==b_probe^post_31 && i^0==i^post_31 && k^0==k^post_31 && pos^0==pos^post_31 && seq^0==seq^post_31 ], cost: 1
     31: l18 -> l17 : N^0'=N^post_32, b_arp^0'=b_arp^post_32, b_configured^0'=b_configured^post_32, b_ip^0'=b_ip^post_32, b_probe^0'=b_probe^post_32, i^0'=i^post_32, k^0'=k^post_32, pos^0'=pos^post_32, seq^0'=seq^post_32, z^0'=z^post_32, [ z^0<=0 && N^0==N^post_32 && b_arp^0==b_arp^post_32 && b_configured^0==b_configured^post_32 && b_ip^0==b_ip^post_32 && b_probe^0==b_probe^post_32 && i^0==i^post_32 && k^0==k^post_32 && pos^0==pos^post_32 && seq^0==seq^post_32 && z^0==z^post_32 ], cost: 1
     32: l19 -> l1 : N^0'=N^post_33, b_arp^0'=b_arp^post_33, b_configured^0'=b_configured^post_33, b_ip^0'=b_ip^post_33, b_probe^0'=b_probe^post_33, i^0'=i^post_33, k^0'=k^post_33, pos^0'=pos^post_33, seq^0'=seq^post_33, z^0'=z^post_33, [ seq^post_33==1 && i^post_33==3+seq^post_33 && z^post_33==z^post_33 && 0<=z^post_33 && pos^post_33==0 && N^post_33==N^post_33 && 0<=N^post_33 && b_ip^post_33==0 && b_probe^post_33==0 && b_arp^post_33==0 && b_configured^post_33==0 && k^post_33==0 ], cost: 1
     36: l22 -> l18 : N^0'=N^post_37, b_arp^0'=b_arp^post_37, b_configured^0'=b_configured^post_37, b_ip^0'=b_ip^post_37, b_probe^0'=b_probe^post_37, i^0'=i^post_37, k^0'=k^post_37, pos^0'=pos^post_37, seq^0'=seq^post_37, z^0'=z^post_37, [ b_configured^0<=0 && 0<=b_configured^0 && b_arp^post_37==0 && b_probe^post_37==0 && k^post_37==0 && b_ip^post_37==b_ip^post_37 && 0<=b_ip^post_37 && b_ip^post_37<=1 && N^0==N^post_37 && b_configured^0==b_configured^post_37 && i^0==i^post_37 && pos^0==pos^post_37 && seq^0==seq^post_37 && z^0==z^post_37 ], cost: 1
     38: l23 -> l19 : N^0'=N^post_39, b_arp^0'=b_arp^post_39, b_configured^0'=b_configured^post_39, b_ip^0'=b_ip^post_39, b_probe^0'=b_probe^post_39, i^0'=i^post_39, k^0'=k^post_39, pos^0'=pos^post_39, seq^0'=seq^post_39, z^0'=z^post_39, [ N^0==N^post_39 && b_arp^0==b_arp^post_39 && b_configured^0==b_configured^post_39 && b_ip^0==b_ip^post_39 && b_probe^0==b_probe^post_39 && i^0==i^post_39 && k^0==k^post_39 && pos^0==pos^post_39 && seq^0==seq^post_39 && z^0==z^post_39 ], cost: 1

Simplified all rules, resulting in:
   Start location: l23
      0: l0 -> l1 : [ 1<=b_arp^0 ], cost: 1
      1: l0 -> l1 : b_configured^0'=1, [ b_arp^0<=0 ], cost: 1
     37: l1 -> l22 : [], cost: 1
      2: l2 -> l0 : [], cost: 1
      3: l3 -> l4 : k^0'=1+k^0, [], cost: 1
     25: l4 -> l15 : [], cost: 1
      4: l5 -> l3 : [ seq^0<=1+N^0 ], cost: 1
      5: l6 -> l5 : i^0'=-1+i^0, pos^0'=0, [ 1<=pos^0 ], cost: 1
      6: l6 -> l5 : pos^0'=1+pos^0, [ pos^0<=0 && b_arp^0<=0 ], cost: 1
      7: l7 -> l5 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ i^0<=0 && 0<=z^post_8 ], cost: 1
      8: l7 -> l6 : [ 1<=i^0 ], cost: 1
      9: l8 -> l5 : z^0'=-1+z^0, [ 1<=z^0 ], cost: 1
     10: l8 -> l7 : [ z^0<=0 ], cost: 1
     11: l9 -> l3 : [ 1<=b_ip^0 ], cost: 1
     12: l9 -> l8 : b_arp^0'=b_arp^post_13, [ b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 ], cost: 1
     13: l10 -> l3 : [ 1+b_probe^0<=1 ], cost: 1
     14: l10 -> l9 : [ 1<=b_probe^0 ], cost: 1
     15: l11 -> l10 : i^0'=-1+i^0, pos^0'=0, [ 1<=pos^0 ], cost: 1
     16: l11 -> l10 : pos^0'=1+pos^0, [ pos^0<=0 && b_probe^0<=0 ], cost: 1
     17: l12 -> l10 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ i^0<=0 && 0<=z^post_18 ], cost: 1
     18: l12 -> l11 : [ 1<=i^0 ], cost: 1
     19: l13 -> l10 : z^0'=-1+z^0, [ 1<=z^0 ], cost: 1
     20: l13 -> l12 : [ z^0<=0 ], cost: 1
     21: l14 -> l2 : [ 1+N^0<=k^0 ], cost: 1
     22: l14 -> l13 : b_probe^0'=b_probe^post_23, [ k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 ], cost: 1
     23: l15 -> l2 : [ 1<=b_arp^0 ], cost: 1
     24: l15 -> l14 : [ b_arp^0<=0 ], cost: 1
     26: l16 -> l4 : i^0'=-1+i^0, pos^0'=0, [ 1<=pos^0 ], cost: 1
     27: l16 -> l4 : pos^0'=1+pos^0, [ pos^0<=0 && b_ip^0<=0 ], cost: 1
     28: l17 -> l4 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ i^0<=0 && 0<=z^post_29 ], cost: 1
     29: l17 -> l16 : [ 1<=i^0 ], cost: 1
     30: l18 -> l4 : z^0'=-1+z^0, [ 1<=z^0 ], cost: 1
     31: l18 -> l17 : [ z^0<=0 ], cost: 1
     32: l19 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 1
     36: l22 -> l18 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 ], cost: 1
     38: l23 -> l19 : [], cost: 1

### Simplification by acceleration and chaining ###

Eliminated locations (on linear paths):
   Start location: l23
      0: l0 -> l1 : [ 1<=b_arp^0 ], cost: 1
      1: l0 -> l1 : b_configured^0'=1, [ b_arp^0<=0 ], cost: 1
     40: l1 -> l18 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 ], cost: 2
      2: l2 -> l0 : [], cost: 1
      3: l3 -> l4 : k^0'=1+k^0, [], cost: 1
     25: l4 -> l15 : [], cost: 1
      4: l5 -> l3 : [ seq^0<=1+N^0 ], cost: 1
      5: l6 -> l5 : i^0'=-1+i^0, pos^0'=0, [ 1<=pos^0 ], cost: 1
      6: l6 -> l5 : pos^0'=1+pos^0, [ pos^0<=0 && b_arp^0<=0 ], cost: 1
      7: l7 -> l5 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ i^0<=0 && 0<=z^post_8 ], cost: 1
      8: l7 -> l6 : [ 1<=i^0 ], cost: 1
      9: l8 -> l5 : z^0'=-1+z^0, [ 1<=z^0 ], cost: 1
     10: l8 -> l7 : [ z^0<=0 ], cost: 1
     11: l9 -> l3 : [ 1<=b_ip^0 ], cost: 1
     12: l9 -> l8 : b_arp^0'=b_arp^post_13, [ b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 ], cost: 1
     13: l10 -> l3 : [ 1+b_probe^0<=1 ], cost: 1
     14: l10 -> l9 : [ 1<=b_probe^0 ], cost: 1
     15: l11 -> l10 : i^0'=-1+i^0, pos^0'=0, [ 1<=pos^0 ], cost: 1
     16: l11 -> l10 : pos^0'=1+pos^0, [ pos^0<=0 && b_probe^0<=0 ], cost: 1
     17: l12 -> l10 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ i^0<=0 && 0<=z^post_18 ], cost: 1
     18: l12 -> l11 : [ 1<=i^0 ], cost: 1
     19: l13 -> l10 : z^0'=-1+z^0, [ 1<=z^0 ], cost: 1
     20: l13 -> l12 : [ z^0<=0 ], cost: 1
     21: l14 -> l2 : [ 1+N^0<=k^0 ], cost: 1
     22: l14 -> l13 : b_probe^0'=b_probe^post_23, [ k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 ], cost: 1
     23: l15 -> l2 : [ 1<=b_arp^0 ], cost: 1
     24: l15 -> l14 : [ b_arp^0<=0 ], cost: 1
     26: l16 -> l4 : i^0'=-1+i^0, pos^0'=0, [ 1<=pos^0 ], cost: 1
     27: l16 -> l4 : pos^0'=1+pos^0, [ pos^0<=0 && b_ip^0<=0 ], cost: 1
     28: l17 -> l4 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ i^0<=0 && 0<=z^post_29 ], cost: 1
     29: l17 -> l16 : [ 1<=i^0 ], cost: 1
     30: l18 -> l4 : z^0'=-1+z^0, [ 1<=z^0 ], cost: 1
     31: l18 -> l17 : [ z^0<=0 ], cost: 1
     39: l23 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 2

Eliminated locations (on tree-shaped paths):
   Start location: l23
     41: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 3
     42: l1 -> l17 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 ], cost: 3
     45: l2 -> l1 : [ 1<=b_arp^0 ], cost: 2
     46: l2 -> l1 : b_configured^0'=1, [ b_arp^0<=0 ], cost: 2
      3: l3 -> l4 : k^0'=1+k^0, [], cost: 1
     43: l4 -> l2 : [ 1<=b_arp^0 ], cost: 2
     44: l4 -> l14 : [ b_arp^0<=0 ], cost: 2
      4: l5 -> l3 : [ seq^0<=1+N^0 ], cost: 1
      5: l6 -> l5 : i^0'=-1+i^0, pos^0'=0, [ 1<=pos^0 ], cost: 1
      6: l6 -> l5 : pos^0'=1+pos^0, [ pos^0<=0 && b_arp^0<=0 ], cost: 1
      9: l8 -> l5 : z^0'=-1+z^0, [ 1<=z^0 ], cost: 1
     51: l8 -> l5 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ z^0<=0 && i^0<=0 && 0<=z^post_8 ], cost: 2
     52: l8 -> l6 : [ z^0<=0 && 1<=i^0 ], cost: 2
     13: l10 -> l3 : [ 1+b_probe^0<=1 ], cost: 1
     49: l10 -> l3 : [ 1<=b_probe^0 && 1<=b_ip^0 ], cost: 2
     50: l10 -> l8 : b_arp^0'=b_arp^post_13, [ 1<=b_probe^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 ], cost: 2
     17: l12 -> l10 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ i^0<=0 && 0<=z^post_18 ], cost: 1
     53: l12 -> l10 : i^0'=-1+i^0, pos^0'=0, [ 1<=i^0 && 1<=pos^0 ], cost: 2
     54: l12 -> l10 : pos^0'=1+pos^0, [ 1<=i^0 && pos^0<=0 && b_probe^0<=0 ], cost: 2
     21: l14 -> l2 : [ 1+N^0<=k^0 ], cost: 1
     47: l14 -> l10 : b_probe^0'=b_probe^post_23, z^0'=-1+z^0, [ k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 && 1<=z^0 ], cost: 2
     48: l14 -> l12 : b_probe^0'=b_probe^post_23, [ k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 && z^0<=0 ], cost: 2
     28: l17 -> l4 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ i^0<=0 && 0<=z^post_29 ], cost: 1
     55: l17 -> l4 : i^0'=-1+i^0, pos^0'=0, [ 1<=i^0 && 1<=pos^0 ], cost: 2
     56: l17 -> l4 : pos^0'=1+pos^0, [ 1<=i^0 && pos^0<=0 && b_ip^0<=0 ], cost: 2
     39: l23 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 2

Eliminated locations (on tree-shaped paths):
   Start location: l23
     41: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 3
     57: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4+seq^0, k^0'=0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && i^0<=0 && 0<=z^post_29 ], cost: 4
     58: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=-1+i^0, k^0'=0, pos^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 5
     59: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, pos^0'=1+pos^0, [ b_configured^0==0 && 0<=b_ip^post_37 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_ip^post_37<=0 ], cost: 5
     45: l2 -> l1 : [ 1<=b_arp^0 ], cost: 2
     46: l2 -> l1 : b_configured^0'=1, [ b_arp^0<=0 ], cost: 2
      3: l3 -> l4 : k^0'=1+k^0, [], cost: 1
     43: l4 -> l2 : [ 1<=b_arp^0 ], cost: 2
     60: l4 -> l2 : [ b_arp^0<=0 && 1+N^0<=k^0 ], cost: 3
     61: l4 -> l10 : b_probe^0'=b_probe^post_23, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 && 1<=z^0 ], cost: 4
     62: l4 -> l12 : b_probe^0'=b_probe^post_23, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 && z^0<=0 ], cost: 4
      4: l5 -> l3 : [ seq^0<=1+N^0 ], cost: 1
      5: l6 -> l5 : i^0'=-1+i^0, pos^0'=0, [ 1<=pos^0 ], cost: 1
      6: l6 -> l5 : pos^0'=1+pos^0, [ pos^0<=0 && b_arp^0<=0 ], cost: 1
     13: l10 -> l3 : [ 1+b_probe^0<=1 ], cost: 1
     49: l10 -> l3 : [ 1<=b_probe^0 && 1<=b_ip^0 ], cost: 2
     63: l10 -> l5 : b_arp^0'=b_arp^post_13, z^0'=-1+z^0, [ 1<=b_probe^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^0 ], cost: 3
     64: l10 -> l5 : b_arp^0'=b_arp^post_13, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ 1<=b_probe^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && z^0<=0 && i^0<=0 && 0<=z^post_8 ], cost: 4
     65: l10 -> l6 : b_arp^0'=b_arp^post_13, [ 1<=b_probe^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && z^0<=0 && 1<=i^0 ], cost: 4
     17: l12 -> l10 : i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ i^0<=0 && 0<=z^post_18 ], cost: 1
     53: l12 -> l10 : i^0'=-1+i^0, pos^0'=0, [ 1<=i^0 && 1<=pos^0 ], cost: 2
     54: l12 -> l10 : pos^0'=1+pos^0, [ 1<=i^0 && pos^0<=0 && b_probe^0<=0 ], cost: 2
     39: l23 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 2

Eliminated locations (on tree-shaped paths):
   Start location: l23
     41: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 3
     57: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4+seq^0, k^0'=0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && i^0<=0 && 0<=z^post_29 ], cost: 4
     58: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=-1+i^0, k^0'=0, pos^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 5
     59: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, pos^0'=1+pos^0, [ b_configured^0==0 && 0<=b_ip^post_37 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_ip^post_37<=0 ], cost: 5
      3: l3 -> l4 : k^0'=1+k^0, [], cost: 1
     61: l4 -> l10 : b_probe^0'=b_probe^post_23, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 && 1<=z^0 ], cost: 4
     66: l4 -> l1 : [ 1<=b_arp^0 ], cost: 4
     67: l4 -> l1 : b_configured^0'=1, [ b_arp^0<=0 && 1+N^0<=k^0 ], cost: 5
     68: l4 -> l10 : b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 ], cost: 5
     69: l4 -> l10 : b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && b_probe^post_23<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 6
     70: l4 -> l10 : b_probe^0'=b_probe^post_23, pos^0'=1+pos^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_probe^post_23<=0 ], cost: 6
      4: l5 -> l3 : [ seq^0<=1+N^0 ], cost: 1
     13: l10 -> l3 : [ 1+b_probe^0<=1 ], cost: 1
     49: l10 -> l3 : [ 1<=b_probe^0 && 1<=b_ip^0 ], cost: 2
     63: l10 -> l5 : b_arp^0'=b_arp^post_13, z^0'=-1+z^0, [ 1<=b_probe^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^0 ], cost: 3
     64: l10 -> l5 : b_arp^0'=b_arp^post_13, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ 1<=b_probe^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && z^0<=0 && i^0<=0 && 0<=z^post_8 ], cost: 4
     71: l10 -> l5 : b_arp^0'=b_arp^post_13, i^0'=-1+i^0, pos^0'=0, [ 1<=b_probe^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 5
     72: l10 -> l5 : b_arp^0'=b_arp^post_13, pos^0'=1+pos^0, [ 1<=b_probe^0 && b_ip^0<=0 && 0<=b_arp^post_13 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^post_13<=0 ], cost: 5
     39: l23 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 2

Eliminated locations (on tree-shaped paths):
   Start location: l23
     41: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 3
     57: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4+seq^0, k^0'=0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && i^0<=0 && 0<=z^post_29 ], cost: 4
     58: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=-1+i^0, k^0'=0, pos^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 5
     59: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, pos^0'=1+pos^0, [ b_configured^0==0 && 0<=b_ip^post_37 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_ip^post_37<=0 ], cost: 5
      3: l3 -> l4 : k^0'=1+k^0, [], cost: 1
     66: l4 -> l1 : [ 1<=b_arp^0 ], cost: 4
     67: l4 -> l1 : b_configured^0'=1, [ b_arp^0<=0 && 1+N^0<=k^0 ], cost: 5
     73: l4 -> l3 : b_probe^0'=b_probe^post_23, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && 1<=z^0 && 1+b_probe^post_23<=1 ], cost: 5
     74: l4 -> l3 : b_probe^0'=b_probe^post_23, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 6
     75: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, z^0'=-2+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=-1+z^0 ], cost: 7
     76: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+z^0<=0 && i^0<=0 && 0<=z^post_8 ], cost: 8
     77: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 9
     78: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, pos^0'=1+pos^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && -1+z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^post_13<=0 ], cost: 9
     79: l4 -> l3 : b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1+b_probe^post_23<=1 ], cost: 6
     80: l4 -> l3 : b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 7
     81: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=-1+z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^post_18 ], cost: 8
     82: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=5+seq^0, pos^0'=0, seq^0'=2+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && z^post_18<=0 && 4+seq^0<=0 && 0<=z^post_8 ], cost: 9
     83: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=1, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && z^post_18<=0 && 1<=4+seq^0 && b_arp^post_13<=0 ], cost: 10
     84: l4 -> l3 : b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1+b_probe^post_23<=1 ], cost: 7
     85: l4 -> l3 : b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 8
     86: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+i^0<=0 && 0<=z^post_8 ], cost: 10
     87: l4 -> l5 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=pos^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && 1<=-1+i^0 && b_arp^post_13<=0 ], cost: 11
     88: l4 -> l3 : b_probe^0'=b_probe^post_23, pos^0'=1+pos^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_probe^post_23<=0 ], cost: 7
      4: l5 -> l3 : [ seq^0<=1+N^0 ], cost: 1
     39: l23 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 2

Eliminated locations (on tree-shaped paths):
   Start location: l23
     41: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 3
     57: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4+seq^0, k^0'=0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && i^0<=0 && 0<=z^post_29 ], cost: 4
     58: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=-1+i^0, k^0'=0, pos^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 5
     59: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, pos^0'=1+pos^0, [ b_configured^0==0 && 0<=b_ip^post_37 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_ip^post_37<=0 ], cost: 5
      3: l3 -> l4 : k^0'=1+k^0, [], cost: 1
     66: l4 -> l1 : [ 1<=b_arp^0 ], cost: 4
     67: l4 -> l1 : b_configured^0'=1, [ b_arp^0<=0 && 1+N^0<=k^0 ], cost: 5
     73: l4 -> l3 : b_probe^0'=b_probe^post_23, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && 1<=z^0 && 1+b_probe^post_23<=1 ], cost: 5
     74: l4 -> l3 : b_probe^0'=b_probe^post_23, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 6
     79: l4 -> l3 : b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1+b_probe^post_23<=1 ], cost: 6
     80: l4 -> l3 : b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 7
     84: l4 -> l3 : b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1+b_probe^post_23<=1 ], cost: 7
     85: l4 -> l3 : b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 8
     88: l4 -> l3 : b_probe^0'=b_probe^post_23, pos^0'=1+pos^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_probe^post_23<=0 ], cost: 7
     89: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, z^0'=-2+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=-1+z^0 && seq^0<=1+N^0 ], cost: 8
     90: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+z^0<=0 && i^0<=0 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 9
     91: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+z^0<=0 && 1<=i^0 && 1<=pos^0 && seq^0<=1+N^0 ], cost: 10
     92: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, pos^0'=1+pos^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && -1+z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^post_13<=0 && seq^0<=1+N^0 ], cost: 10
     93: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=-1+z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^post_18 && 1+seq^0<=1+N^0 ], cost: 9
     94: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=5+seq^0, pos^0'=0, seq^0'=2+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && z^post_18<=0 && 4+seq^0<=0 && 0<=z^post_8 && 2+seq^0<=1+N^0 ], cost: 10
     95: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=1, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && z^post_18<=0 && 1<=4+seq^0 && b_arp^post_13<=0 && 1+seq^0<=1+N^0 ], cost: 11
     96: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+i^0<=0 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 11
     97: l4 -> l3 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=-1+i^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=pos^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && 1<=-1+i^0 && b_arp^post_13<=0 && seq^0<=1+N^0 ], cost: 12
     39: l23 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 2

Eliminated locations (on tree-shaped paths):
   Start location: l23
     41: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 3
     57: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4+seq^0, k^0'=0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && i^0<=0 && 0<=z^post_29 ], cost: 4
     58: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=-1+i^0, k^0'=0, pos^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 5
     59: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, pos^0'=1+pos^0, [ b_configured^0==0 && 0<=b_ip^post_37 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_ip^post_37<=0 ], cost: 5
     66: l4 -> l1 : [ 1<=b_arp^0 ], cost: 4
     67: l4 -> l1 : b_configured^0'=1, [ b_arp^0<=0 && 1+N^0<=k^0 ], cost: 5
     98: l4 -> l4 : b_probe^0'=b_probe^post_23, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && 1<=z^0 && 1+b_probe^post_23<=1 ], cost: 6
     99: l4 -> l4 : b_probe^0'=b_probe^post_23, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 7
    100: l4 -> l4 : b_probe^0'=b_probe^post_23, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1+b_probe^post_23<=1 ], cost: 7
    101: l4 -> l4 : b_probe^0'=b_probe^post_23, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 8
    102: l4 -> l4 : b_probe^0'=b_probe^post_23, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1+b_probe^post_23<=1 ], cost: 8
    103: l4 -> l4 : b_probe^0'=b_probe^post_23, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_probe^post_23 && 1<=b_ip^0 ], cost: 9
    104: l4 -> l4 : b_probe^0'=b_probe^post_23, k^0'=1+k^0, pos^0'=1+pos^0, [ b_arp^0<=0 && k^0<=N^0 && 0<=b_probe^post_23 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_probe^post_23<=0 ], cost: 8
    105: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, k^0'=1+k^0, z^0'=-2+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=-1+z^0 && seq^0<=1+N^0 ], cost: 9
    106: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+z^0<=0 && i^0<=0 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 10
    107: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+z^0<=0 && 1<=i^0 && 1<=pos^0 && seq^0<=1+N^0 ], cost: 11
    108: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, k^0'=1+k^0, pos^0'=1+pos^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && 1<=z^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && -1+z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^post_13<=0 && seq^0<=1+N^0 ], cost: 11
    109: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=-1+z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^post_18 && 1+seq^0<=1+N^0 ], cost: 10
    110: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=5+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=2+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && z^post_18<=0 && 4+seq^0<=0 && 0<=z^post_8 && 2+seq^0<=1+N^0 ], cost: 11
    111: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=1, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && z^post_18<=0 && 1<=4+seq^0 && b_arp^post_13<=0 && 1+seq^0<=1+N^0 ], cost: 12
    112: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && -1+i^0<=0 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 12
    113: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=b_probe^post_23, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && b_probe^post_23<=1 && z^0<=0 && 1<=pos^0 && 1<=b_probe^post_23 && b_ip^0<=0 && 0<=b_arp^post_13 && 1<=-1+i^0 && b_arp^post_13<=0 && seq^0<=1+N^0 ], cost: 13
     39: l23 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 2

Accelerating simple loops of location 4.
   Simplified some of the simple loops (and removed duplicate rules).
   Accelerating the following rules:
     98: l4 -> l4 : b_probe^0'=0, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1<=z^0 ], cost: 6
     99: l4 -> l4 : b_probe^0'=1, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1<=z^0 && 1<=b_ip^0 ], cost: 7
    100: l4 -> l4 : b_probe^0'=0, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && 0<=z^post_18 ], cost: 7
    101: l4 -> l4 : b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_ip^0 ], cost: 8
    102: l4 -> l4 : b_probe^0'=0, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 8
    103: l4 -> l4 : b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_ip^0 ], cost: 9
    104: l4 -> l4 : b_probe^0'=0, k^0'=1+k^0, pos^0'=1+pos^0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 ], cost: 8
    105: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, k^0'=1+k^0, z^0'=-2+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=-1+z^0 && seq^0<=1+N^0 ], cost: 9
    106: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && i^0<=0 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 10
    107: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=i^0 && 1<=pos^0 && seq^0<=1+N^0 ], cost: 11
    108: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, k^0'=1+k^0, pos^0'=1+pos^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 1<=i^0 && pos^0<=0 && seq^0<=1+N^0 ], cost: 11
    109: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=-1+z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^post_18 && 1+seq^0<=1+N^0 ], cost: 10
    110: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=5+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=2+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 4+seq^0<=0 && 0<=z^post_8 && 2+seq^0<=1+N^0 ], cost: 11
    111: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=1, seq^0'=1+seq^0, z^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 1<=4+seq^0 && 1+seq^0<=1+N^0 ], cost: 12
    112: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1-i^0==0 && 1<=pos^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 12
    113: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && 1<=-1+i^0 && seq^0<=1+N^0 ], cost: 13

   Accelerated rule 98 with backward acceleration, yielding the new rule 114.
   Accelerated rule 98 with backward acceleration, yielding the new rule 115.
   Accelerated rule 99 with backward acceleration, yielding the new rule 116.
   Accelerated rule 99 with backward acceleration, yielding the new rule 117.
[test] deduced pseudo-invariant -4-seq^0+i^0<=0, also trying 4+seq^0-i^0<=-1
[test] deduced pseudo-invariant z^0-z^post_18<=0, also trying -z^0+z^post_18<=-1
   Accelerated rule 100 with backward acceleration, yielding the new rule 118.
   Accelerated rule 100 with backward acceleration, yielding the new rule 119.
[test] deduced pseudo-invariant -4-seq^0+i^0<=0, also trying 4+seq^0-i^0<=-1
[test] deduced pseudo-invariant z^0-z^post_18<=0, also trying -z^0+z^post_18<=-1
   Accelerated rule 101 with backward acceleration, yielding the new rule 120.
   Accelerated rule 101 with backward acceleration, yielding the new rule 121.
   Failed to prove monotonicity of the guard of rule 102.
   Failed to prove monotonicity of the guard of rule 103.
   Accelerated rule 104 with backward acceleration, yielding the new rule 122.
   Accelerated rule 104 with backward acceleration, yielding the new rule 123.
[test] deduced pseudo-invariant -b_arp^0+b_arp^post_13<=0, also trying b_arp^0-b_arp^post_13<=-1
   Accelerated rule 105 with backward acceleration, yielding the new rule 124.
   Failed to prove monotonicity of the guard of rule 106.
   Failed to prove monotonicity of the guard of rule 107.
   Failed to prove monotonicity of the guard of rule 108.
   Failed to prove monotonicity of the guard of rule 109.
[test] deduced pseudo-invariant -4-seq^0+i^0<=0, also trying 4+seq^0-i^0<=-1
[test] deduced pseudo-invariant -z^post_8+z^0<=0, also trying z^post_8-z^0<=-1
[test] deduced pseudo-invariant b_arp^0-b_arp^post_13<=0, also trying -b_arp^0+b_arp^post_13<=-1
   Accelerated rule 110 with backward acceleration, yielding the new rule 125.
   Failed to prove monotonicity of the guard of rule 111.
   Failed to prove monotonicity of the guard of rule 112.
   Accelerated rule 113 with backward acceleration, yielding the new rule 126.
   Accelerated rule 113 with backward acceleration, yielding the new rule 127.
[accelerate] Nesting with 22 inner and 16 outer candidates
   Nested simple loops 104 (outer loop) and 102 (inner loop) with Rule(4 | b_arp^0<=0, z^0<=0, 1<=pos^0, k_24>=1, -1+2*k_24+k^0<=N^0, 1<=-k_24+i^0, | 16*k_24 || 4 | 4=0, 5=-k_24+i^0, 6=2*k_24+k^0, 7=1, ), resulting in the new rules: 128, 129.
   Nested simple loops 104 (outer loop) and 103 (inner loop) with Rule(4 | b_arp^0<=0, z^0<=0, 1<=pos^0, 1<=b_ip^0, k_25>=1, -1+k^0+2*k_25<=N^0, 1<=i^0-k_25, | 17*k_25 || 4 | 4=0, 5=i^0-k_25, 6=k^0+2*k_25, 7=1, ), resulting in the new rules: 130, 131.

Accelerated all simple loops using metering functions (where possible):
   Start location: l23
     41: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 3
     57: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4+seq^0, k^0'=0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && i^0<=0 && 0<=z^post_29 ], cost: 4
     58: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=-1+i^0, k^0'=0, pos^0'=0, [ b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 5
     59: l1 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, pos^0'=1+pos^0, [ b_configured^0==0 && 0<=b_ip^post_37 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_ip^post_37<=0 ], cost: 5
     66: l4 -> l1 : [ 1<=b_arp^0 ], cost: 4
     67: l4 -> l1 : b_configured^0'=1, [ b_arp^0<=0 && 1+N^0<=k^0 ], cost: 5
     98: l4 -> l4 : b_probe^0'=0, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1<=z^0 ], cost: 6
     99: l4 -> l4 : b_probe^0'=1, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1<=z^0 && 1<=b_ip^0 ], cost: 7
    100: l4 -> l4 : b_probe^0'=0, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && 0<=z^post_18 ], cost: 7
    101: l4 -> l4 : b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_ip^0 ], cost: 8
    102: l4 -> l4 : b_probe^0'=0, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 8
    103: l4 -> l4 : b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_ip^0 ], cost: 9
    104: l4 -> l4 : b_probe^0'=0, k^0'=1+k^0, pos^0'=1+pos^0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 ], cost: 8
    105: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, k^0'=1+k^0, z^0'=-2+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=-1+z^0 && seq^0<=1+N^0 ], cost: 9
    106: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && i^0<=0 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 10
    107: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=i^0 && 1<=pos^0 && seq^0<=1+N^0 ], cost: 11
    108: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, k^0'=1+k^0, pos^0'=1+pos^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 1<=i^0 && pos^0<=0 && seq^0<=1+N^0 ], cost: 11
    109: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=-1+z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^post_18 && 1+seq^0<=1+N^0 ], cost: 10
    110: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=5+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=2+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 4+seq^0<=0 && 0<=z^post_8 && 2+seq^0<=1+N^0 ], cost: 11
    111: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=1, seq^0'=1+seq^0, z^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 1<=4+seq^0 && 1+seq^0<=1+N^0 ], cost: 12
    112: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1-i^0==0 && 1<=pos^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 12
    113: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && 1<=-1+i^0 && seq^0<=1+N^0 ], cost: 13
    114: l4 -> l4 : b_probe^0'=0, k^0'=1+N^0, z^0'=-1+z^0+k^0-N^0, [ b_arp^0<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=z^0+k^0-N^0 ], cost: 6-6*k^0+6*N^0
    115: l4 -> l4 : b_probe^0'=0, k^0'=z^0+k^0, z^0'=0, [ b_arp^0<=0 && z^0>=1 && -1+z^0+k^0<=N^0 && 1<=1 ], cost: 6*z^0
    116: l4 -> l4 : b_probe^0'=1, k^0'=1+N^0, z^0'=-1+z^0+k^0-N^0, [ b_arp^0<=0 && 1<=b_ip^0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=z^0+k^0-N^0 ], cost: 7-7*k^0+7*N^0
    117: l4 -> l4 : b_probe^0'=1, k^0'=z^0+k^0, z^0'=0, [ b_arp^0<=0 && 1<=b_ip^0 && z^0>=1 && -1+z^0+k^0<=N^0 && 1<=1 ], cost: 7*z^0
    118: l4 -> l4 : b_probe^0'=0, i^0'=4+seq^0-k^0+N^0, k^0'=1+N^0, pos^0'=0, seq^0'=1+seq^0-k^0+N^0, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && z^post_18<=0 && 3+seq^0-k^0+N^0<=0 ], cost: 7-7*k^0+7*N^0
    119: l4 -> l4 : b_probe^0'=0, i^0'=1, k^0'=-2-seq^0+k^0, pos^0'=0, seq^0'=-2, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && -2-seq^0>=1 && -3-seq^0+k^0<=N^0 && z^post_18<=0 && 0<=0 ], cost: -14-7*seq^0
    120: l4 -> l4 : b_probe^0'=1, i^0'=4+seq^0-k^0+N^0, k^0'=1+N^0, pos^0'=0, seq^0'=1+seq^0-k^0+N^0, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && 1<=b_ip^0 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && z^post_18<=0 && 3+seq^0-k^0+N^0<=0 ], cost: 8-8*k^0+8*N^0
    121: l4 -> l4 : b_probe^0'=1, i^0'=1, k^0'=-2-seq^0+k^0, pos^0'=0, seq^0'=-2, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && 1<=b_ip^0 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && -2-seq^0>=1 && -3-seq^0+k^0<=N^0 && z^post_18<=0 && 0<=0 ], cost: -16-8*seq^0
    122: l4 -> l4 : b_probe^0'=0, k^0'=1+N^0, pos^0'=1+pos^0-k^0+N^0, [ b_arp^0<=0 && z^0<=0 && 1<=i^0 && 1-k^0+N^0>=1 && N^0<=N^0 && pos^0-k^0+N^0<=0 ], cost: 8-8*k^0+8*N^0
    123: l4 -> l4 : b_probe^0'=0, k^0'=1-pos^0+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=i^0 && 1-pos^0>=1 && -pos^0+k^0<=N^0 && 0<=0 ], cost: 8-8*pos^0
    124: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, k^0'=k_12+k^0, z^0'=-2*k_12+z^0, [ b_arp^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && seq^0<=1+N^0 && -b_arp^0+b_arp^post_13<=0 && k_12>=1 && -1+k_12+k^0<=N^0 && 1<=1-2*k_12+z^0 ], cost: 9*k_12
    125: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=3+2*k_19+seq^0, k^0'=k_19+k^0, pos^0'=0, seq^0'=2*k_19+seq^0, z^0'=z^post_8, [ b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 0<=z^post_8 && -4-seq^0+i^0<=0 && -z^post_8+z^0<=0 && b_arp^0-b_arp^post_13<=0 && k_19>=1 && b_arp^post_13<=0 && -1+k_19+k^0<=N^0 && z^post_8<=0 && 1+2*k_19+seq^0<=0 && 2+2*k_19+seq^0<=0 && 2*k_19+seq^0<=1+N^0 ], cost: 11*k_19
    126: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=-1+i^0+k^0-N^0, k^0'=1+N^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && seq^0<=1+N^0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=-1+i^0+k^0-N^0 ], cost: 13-13*k^0+13*N^0
    127: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=1, k^0'=-1+i^0+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && seq^0<=1+N^0 && -1+i^0>=1 && -2+i^0+k^0<=N^0 && 1<=1 ], cost: -13+13*i^0
    128: l4 -> l4 : b_probe^0'=0, i^0'=-k_24+i^0, k^0'=2*k_24+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && k_24>=1 && -1+2*k_24+k^0<=N^0 && 1<=-k_24+i^0 ], cost: 16*k_24
    129: l4 -> l4 : b_probe^0'=0, i^0'=-k_24+i^0, k^0'=1+2*k_24+k^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^0<=0 && z^0<=0 && 1<=1+pos^0 && k_24>=1 && 2*k_24+k^0<=N^0 && 1<=-k_24+i^0 ], cost: 8+16*k_24
    130: l4 -> l4 : b_probe^0'=0, i^0'=i^0-k_25, k^0'=k^0+2*k_25, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && 1<=b_ip^0 && k_25>=1 && -1+k^0+2*k_25<=N^0 && 1<=i^0-k_25 ], cost: 17*k_25
    131: l4 -> l4 : b_probe^0'=0, i^0'=i^0-k_25, k^0'=1+k^0+2*k_25, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^0<=0 && z^0<=0 && 1<=1+pos^0 && 1<=b_ip^0 && k_25>=1 && k^0+2*k_25<=N^0 && 1<=i^0-k_25 ], cost: 8+17*k_25
     39: l23 -> l1 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=0, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 ], cost: 2

Eliminated location l1 (as a last resort):
   Start location: l23
     98: l4 -> l4 : b_probe^0'=0, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1<=z^0 ], cost: 6
     99: l4 -> l4 : b_probe^0'=1, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1<=z^0 && 1<=b_ip^0 ], cost: 7
    100: l4 -> l4 : b_probe^0'=0, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && 0<=z^post_18 ], cost: 7
    101: l4 -> l4 : b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_ip^0 ], cost: 8
    102: l4 -> l4 : b_probe^0'=0, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 8
    103: l4 -> l4 : b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_ip^0 ], cost: 9
    104: l4 -> l4 : b_probe^0'=0, k^0'=1+k^0, pos^0'=1+pos^0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 ], cost: 8
    105: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, k^0'=1+k^0, z^0'=-2+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=-1+z^0 && seq^0<=1+N^0 ], cost: 9
    106: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && i^0<=0 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 10
    107: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=i^0 && 1<=pos^0 && seq^0<=1+N^0 ], cost: 11
    108: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, k^0'=1+k^0, pos^0'=1+pos^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 1<=i^0 && pos^0<=0 && seq^0<=1+N^0 ], cost: 11
    109: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=-1+z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^post_18 && 1+seq^0<=1+N^0 ], cost: 10
    110: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=5+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=2+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 4+seq^0<=0 && 0<=z^post_8 && 2+seq^0<=1+N^0 ], cost: 11
    111: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=1, seq^0'=1+seq^0, z^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 1<=4+seq^0 && 1+seq^0<=1+N^0 ], cost: 12
    112: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1-i^0==0 && 1<=pos^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 12
    113: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && 1<=-1+i^0 && seq^0<=1+N^0 ], cost: 13
    114: l4 -> l4 : b_probe^0'=0, k^0'=1+N^0, z^0'=-1+z^0+k^0-N^0, [ b_arp^0<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=z^0+k^0-N^0 ], cost: 6-6*k^0+6*N^0
    115: l4 -> l4 : b_probe^0'=0, k^0'=z^0+k^0, z^0'=0, [ b_arp^0<=0 && z^0>=1 && -1+z^0+k^0<=N^0 && 1<=1 ], cost: 6*z^0
    116: l4 -> l4 : b_probe^0'=1, k^0'=1+N^0, z^0'=-1+z^0+k^0-N^0, [ b_arp^0<=0 && 1<=b_ip^0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=z^0+k^0-N^0 ], cost: 7-7*k^0+7*N^0
    117: l4 -> l4 : b_probe^0'=1, k^0'=z^0+k^0, z^0'=0, [ b_arp^0<=0 && 1<=b_ip^0 && z^0>=1 && -1+z^0+k^0<=N^0 && 1<=1 ], cost: 7*z^0
    118: l4 -> l4 : b_probe^0'=0, i^0'=4+seq^0-k^0+N^0, k^0'=1+N^0, pos^0'=0, seq^0'=1+seq^0-k^0+N^0, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && z^post_18<=0 && 3+seq^0-k^0+N^0<=0 ], cost: 7-7*k^0+7*N^0
    119: l4 -> l4 : b_probe^0'=0, i^0'=1, k^0'=-2-seq^0+k^0, pos^0'=0, seq^0'=-2, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && -2-seq^0>=1 && -3-seq^0+k^0<=N^0 && z^post_18<=0 && 0<=0 ], cost: -14-7*seq^0
    120: l4 -> l4 : b_probe^0'=1, i^0'=4+seq^0-k^0+N^0, k^0'=1+N^0, pos^0'=0, seq^0'=1+seq^0-k^0+N^0, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && 1<=b_ip^0 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && z^post_18<=0 && 3+seq^0-k^0+N^0<=0 ], cost: 8-8*k^0+8*N^0
    121: l4 -> l4 : b_probe^0'=1, i^0'=1, k^0'=-2-seq^0+k^0, pos^0'=0, seq^0'=-2, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && 1<=b_ip^0 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && -2-seq^0>=1 && -3-seq^0+k^0<=N^0 && z^post_18<=0 && 0<=0 ], cost: -16-8*seq^0
    122: l4 -> l4 : b_probe^0'=0, k^0'=1+N^0, pos^0'=1+pos^0-k^0+N^0, [ b_arp^0<=0 && z^0<=0 && 1<=i^0 && 1-k^0+N^0>=1 && N^0<=N^0 && pos^0-k^0+N^0<=0 ], cost: 8-8*k^0+8*N^0
    123: l4 -> l4 : b_probe^0'=0, k^0'=1-pos^0+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=i^0 && 1-pos^0>=1 && -pos^0+k^0<=N^0 && 0<=0 ], cost: 8-8*pos^0
    124: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, k^0'=k_12+k^0, z^0'=-2*k_12+z^0, [ b_arp^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && seq^0<=1+N^0 && -b_arp^0+b_arp^post_13<=0 && k_12>=1 && -1+k_12+k^0<=N^0 && 1<=1-2*k_12+z^0 ], cost: 9*k_12
    125: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=3+2*k_19+seq^0, k^0'=k_19+k^0, pos^0'=0, seq^0'=2*k_19+seq^0, z^0'=z^post_8, [ b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 0<=z^post_8 && -4-seq^0+i^0<=0 && -z^post_8+z^0<=0 && b_arp^0-b_arp^post_13<=0 && k_19>=1 && b_arp^post_13<=0 && -1+k_19+k^0<=N^0 && z^post_8<=0 && 1+2*k_19+seq^0<=0 && 2+2*k_19+seq^0<=0 && 2*k_19+seq^0<=1+N^0 ], cost: 11*k_19
    126: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=-1+i^0+k^0-N^0, k^0'=1+N^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && seq^0<=1+N^0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=-1+i^0+k^0-N^0 ], cost: 13-13*k^0+13*N^0
    127: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=1, k^0'=-1+i^0+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && seq^0<=1+N^0 && -1+i^0>=1 && -2+i^0+k^0<=N^0 && 1<=1 ], cost: -13+13*i^0
    128: l4 -> l4 : b_probe^0'=0, i^0'=-k_24+i^0, k^0'=2*k_24+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && k_24>=1 && -1+2*k_24+k^0<=N^0 && 1<=-k_24+i^0 ], cost: 16*k_24
    129: l4 -> l4 : b_probe^0'=0, i^0'=-k_24+i^0, k^0'=1+2*k_24+k^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^0<=0 && z^0<=0 && 1<=1+pos^0 && k_24>=1 && 2*k_24+k^0<=N^0 && 1<=-k_24+i^0 ], cost: 8+16*k_24
    130: l4 -> l4 : b_probe^0'=0, i^0'=i^0-k_25, k^0'=k^0+2*k_25, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && 1<=b_ip^0 && k_25>=1 && -1+k^0+2*k_25<=N^0 && 1<=i^0-k_25 ], cost: 17*k_25
    131: l4 -> l4 : b_probe^0'=0, i^0'=i^0-k_25, k^0'=1+k^0+2*k_25, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^0<=0 && z^0<=0 && 1<=1+pos^0 && 1<=b_ip^0 && k_25>=1 && k^0+2*k_25<=N^0 && 1<=i^0-k_25 ], cost: 8+17*k_25
    134: l4 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ 1<=b_arp^0 && b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 7
    135: l4 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4+seq^0, k^0'=0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ 1<=b_arp^0 && b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && i^0<=0 && 0<=z^post_29 ], cost: 8
    136: l4 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=-1+i^0, k^0'=0, pos^0'=0, [ 1<=b_arp^0 && b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 9
    137: l4 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, pos^0'=1+pos^0, [ 1<=b_arp^0 && b_configured^0==0 && 0<=b_ip^post_37 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_ip^post_37<=0 ], cost: 9
    132: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=-1+z^post_33, [ 0<=N^post_33 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^post_33 ], cost: 5
    133: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=1, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 && 0<=b_ip^post_37 && z^post_33<=0 && b_ip^post_37<=0 ], cost: 7

Aborted due to lack of remaining time


### Computing asymptotic complexity ###

Fully simplified ITS problem
   Start location: l23
     98: l4 -> l4 : b_probe^0'=0, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1<=z^0 ], cost: 6
     99: l4 -> l4 : b_probe^0'=1, k^0'=1+k^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1<=z^0 && 1<=b_ip^0 ], cost: 7
    100: l4 -> l4 : b_probe^0'=0, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && 0<=z^post_18 ], cost: 7
    101: l4 -> l4 : b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && 0<=z^post_18 && 1<=b_ip^0 ], cost: 8
    102: l4 -> l4 : b_probe^0'=0, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 8
    103: l4 -> l4 : b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && 1<=pos^0 && 1<=b_ip^0 ], cost: 9
    104: l4 -> l4 : b_probe^0'=0, k^0'=1+k^0, pos^0'=1+pos^0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 ], cost: 8
    105: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, k^0'=1+k^0, z^0'=-2+z^0, [ b_arp^0<=0 && k^0<=N^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=-1+z^0 && seq^0<=1+N^0 ], cost: 9
    106: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && i^0<=0 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 10
    107: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=i^0 && 1<=pos^0 && seq^0<=1+N^0 ], cost: 11
    108: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, k^0'=1+k^0, pos^0'=1+pos^0, z^0'=-1+z^0, [ b_arp^0<=0 && k^0<=N^0 && 1-z^0==0 && b_ip^0<=0 && 1<=i^0 && pos^0<=0 && seq^0<=1+N^0 ], cost: 11
    109: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=-1+z^post_18, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 1<=z^post_18 && 1+seq^0<=1+N^0 ], cost: 10
    110: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=5+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=2+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 4+seq^0<=0 && 0<=z^post_8 && 2+seq^0<=1+N^0 ], cost: 11
    111: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=1, seq^0'=1+seq^0, z^0'=0, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && i^0<=0 && b_ip^0<=0 && 1<=4+seq^0 && 1+seq^0<=1+N^0 ], cost: 12
    112: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=4+seq^0, k^0'=1+k^0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_8, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1-i^0==0 && 1<=pos^0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 0<=z^post_8 && 1+seq^0<=1+N^0 ], cost: 12
    113: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=-1+i^0, k^0'=1+k^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && 1<=-1+i^0 && seq^0<=1+N^0 ], cost: 13
    114: l4 -> l4 : b_probe^0'=0, k^0'=1+N^0, z^0'=-1+z^0+k^0-N^0, [ b_arp^0<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=z^0+k^0-N^0 ], cost: 6-6*k^0+6*N^0
    115: l4 -> l4 : b_probe^0'=0, k^0'=z^0+k^0, z^0'=0, [ b_arp^0<=0 && z^0>=1 && -1+z^0+k^0<=N^0 && 1<=1 ], cost: 6*z^0
    116: l4 -> l4 : b_probe^0'=1, k^0'=1+N^0, z^0'=-1+z^0+k^0-N^0, [ b_arp^0<=0 && 1<=b_ip^0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=z^0+k^0-N^0 ], cost: 7-7*k^0+7*N^0
    117: l4 -> l4 : b_probe^0'=1, k^0'=z^0+k^0, z^0'=0, [ b_arp^0<=0 && 1<=b_ip^0 && z^0>=1 && -1+z^0+k^0<=N^0 && 1<=1 ], cost: 7*z^0
    118: l4 -> l4 : b_probe^0'=0, i^0'=4+seq^0-k^0+N^0, k^0'=1+N^0, pos^0'=0, seq^0'=1+seq^0-k^0+N^0, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && z^post_18<=0 && 3+seq^0-k^0+N^0<=0 ], cost: 7-7*k^0+7*N^0
    119: l4 -> l4 : b_probe^0'=0, i^0'=1, k^0'=-2-seq^0+k^0, pos^0'=0, seq^0'=-2, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && -2-seq^0>=1 && -3-seq^0+k^0<=N^0 && z^post_18<=0 && 0<=0 ], cost: -14-7*seq^0
    120: l4 -> l4 : b_probe^0'=1, i^0'=4+seq^0-k^0+N^0, k^0'=1+N^0, pos^0'=0, seq^0'=1+seq^0-k^0+N^0, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && 1<=b_ip^0 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && 1-k^0+N^0>=1 && N^0<=N^0 && z^post_18<=0 && 3+seq^0-k^0+N^0<=0 ], cost: 8-8*k^0+8*N^0
    121: l4 -> l4 : b_probe^0'=1, i^0'=1, k^0'=-2-seq^0+k^0, pos^0'=0, seq^0'=-2, z^0'=z^post_18, [ b_arp^0<=0 && 0<=z^post_18 && 1<=b_ip^0 && -4-seq^0+i^0<=0 && z^0-z^post_18<=0 && -2-seq^0>=1 && -3-seq^0+k^0<=N^0 && z^post_18<=0 && 0<=0 ], cost: -16-8*seq^0
    122: l4 -> l4 : b_probe^0'=0, k^0'=1+N^0, pos^0'=1+pos^0-k^0+N^0, [ b_arp^0<=0 && z^0<=0 && 1<=i^0 && 1-k^0+N^0>=1 && N^0<=N^0 && pos^0-k^0+N^0<=0 ], cost: 8-8*k^0+8*N^0
    123: l4 -> l4 : b_probe^0'=0, k^0'=1-pos^0+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=i^0 && 1-pos^0>=1 && -pos^0+k^0<=N^0 && 0<=0 ], cost: 8-8*pos^0
    124: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, k^0'=k_12+k^0, z^0'=-2*k_12+z^0, [ b_arp^0<=0 && b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && seq^0<=1+N^0 && -b_arp^0+b_arp^post_13<=0 && k_12>=1 && -1+k_12+k^0<=N^0 && 1<=1-2*k_12+z^0 ], cost: 9*k_12
    125: l4 -> l4 : b_arp^0'=b_arp^post_13, b_probe^0'=1, i^0'=3+2*k_19+seq^0, k^0'=k_19+k^0, pos^0'=0, seq^0'=2*k_19+seq^0, z^0'=z^post_8, [ b_ip^0<=0 && 0<=b_arp^post_13 && b_arp^post_13<=1 && 0<=z^post_8 && -4-seq^0+i^0<=0 && -z^post_8+z^0<=0 && b_arp^0-b_arp^post_13<=0 && k_19>=1 && b_arp^post_13<=0 && -1+k_19+k^0<=N^0 && z^post_8<=0 && 1+2*k_19+seq^0<=0 && 2+2*k_19+seq^0<=0 && 2*k_19+seq^0<=1+N^0 ], cost: 11*k_19
    126: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=-1+i^0+k^0-N^0, k^0'=1+N^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && seq^0<=1+N^0 && 1-k^0+N^0>=1 && N^0<=N^0 && 1<=-1+i^0+k^0-N^0 ], cost: 13-13*k^0+13*N^0
    127: l4 -> l4 : b_arp^0'=0, b_probe^0'=1, i^0'=1, k^0'=-1+i^0+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && b_ip^0<=0 && seq^0<=1+N^0 && -1+i^0>=1 && -2+i^0+k^0<=N^0 && 1<=1 ], cost: -13+13*i^0
    128: l4 -> l4 : b_probe^0'=0, i^0'=-k_24+i^0, k^0'=2*k_24+k^0, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && k_24>=1 && -1+2*k_24+k^0<=N^0 && 1<=-k_24+i^0 ], cost: 16*k_24
    129: l4 -> l4 : b_probe^0'=0, i^0'=-k_24+i^0, k^0'=1+2*k_24+k^0, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^0<=0 && z^0<=0 && 1<=1+pos^0 && k_24>=1 && 2*k_24+k^0<=N^0 && 1<=-k_24+i^0 ], cost: 8+16*k_24
    130: l4 -> l4 : b_probe^0'=0, i^0'=i^0-k_25, k^0'=k^0+2*k_25, pos^0'=1, [ b_arp^0<=0 && z^0<=0 && 1<=pos^0 && 1<=b_ip^0 && k_25>=1 && -1+k^0+2*k_25<=N^0 && 1<=i^0-k_25 ], cost: 17*k_25
    131: l4 -> l4 : b_probe^0'=0, i^0'=i^0-k_25, k^0'=1+k^0+2*k_25, pos^0'=1, [ b_arp^0<=0 && k^0<=N^0 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_arp^0<=0 && z^0<=0 && 1<=1+pos^0 && 1<=b_ip^0 && k_25>=1 && k^0+2*k_25<=N^0 && 1<=i^0-k_25 ], cost: 8+17*k_25
    134: l4 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, z^0'=-1+z^0, [ 1<=b_arp^0 && b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^0 ], cost: 7
    135: l4 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4+seq^0, k^0'=0, pos^0'=0, seq^0'=1+seq^0, z^0'=z^post_29, [ 1<=b_arp^0 && b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && i^0<=0 && 0<=z^post_29 ], cost: 8
    136: l4 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=-1+i^0, k^0'=0, pos^0'=0, [ 1<=b_arp^0 && b_configured^0==0 && 0<=b_ip^post_37 && b_ip^post_37<=1 && z^0<=0 && 1<=i^0 && 1<=pos^0 ], cost: 9
    137: l4 -> l4 : b_arp^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, k^0'=0, pos^0'=1+pos^0, [ 1<=b_arp^0 && b_configured^0==0 && 0<=b_ip^post_37 && z^0<=0 && 1<=i^0 && pos^0<=0 && b_ip^post_37<=0 ], cost: 9
    132: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=0, seq^0'=1, z^0'=-1+z^post_33, [ 0<=N^post_33 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^post_33 ], cost: 5
    133: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=0, pos^0'=1, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 && 0<=b_ip^post_37 && z^post_33<=0 && b_ip^post_37<=0 ], cost: 7

This is only a partial result (probably due to a timeout).

Trying to find the maximal complexity that has already been derived.

Performed chaining from the start location:

Computing asymptotic complexity for rule 138
   Simplified the guard:
    138: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=1+N^post_33, pos^0'=0, seq^0'=1, z^0'=-2+z^post_33-N^post_33, [ 0<=N^post_33 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^post_33 && 1<=-1+z^post_33-N^post_33 ], cost: 11+6*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 139
   Simplified the guard:
    139: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=-1+z^post_33, pos^0'=0, seq^0'=1, z^0'=0, [ 0<=b_ip^post_37 && b_ip^post_37<=1 && -1+z^post_33>=1 && -2+z^post_33<=N^post_33 ], cost: -1+6*z^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 140
   Simplified the guard:
    140: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=4, k^0'=1+N^post_33, pos^0'=0, seq^0'=1, z^0'=-2+z^post_33-N^post_33, [ 0<=N^post_33 && b_ip^post_37<=1 && 1<=z^post_33 && 1<=b_ip^post_37 && 1<=-1+z^post_33-N^post_33 ], cost: 12+7*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 141
   Simplified the guard:
    141: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=4, k^0'=-1+z^post_33, pos^0'=0, seq^0'=1, z^0'=0, [ b_ip^post_37<=1 && 1<=b_ip^post_37 && -1+z^post_33>=1 && -2+z^post_33<=N^post_33 ], cost: -2+7*z^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 142
   Simplified the guard:
    142: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=1+N^post_33, pos^0'=1+N^post_33, seq^0'=1, z^0'=-1+z^post_33, [ 0<=N^post_33 && 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && N^post_33<=0 ], cost: 13+8*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 149
   Simplified the guard:
    149: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_24, k^0'=2*k_24, pos^0'=1, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=b_ip^post_37 && z^post_33<=0 && b_ip^post_37<=0 && k_24>=1 && -1+2*k_24<=N^post_33 && 1<=4-k_24 ], cost: 7+16*k_24
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 144
   Simplified the guard:
    144: l23 -> l4 : N^0'=N^post_33, b_arp^0'=b_arp^post_13, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=4, k^0'=k_12, pos^0'=0, seq^0'=1, z^0'=-1-2*k_12+z^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=0 && 0<=b_arp^post_13 && b_arp^post_13<=0 && k_12>=1 && -1+k_12<=N^post_33 && 1<=-2*k_12+z^post_33 ], cost: 5+9*k_12
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 147
   Simplified the guard:
    147: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=3-N^post_33, k^0'=1+N^post_33, pos^0'=1, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=N^post_33 && 0<=b_ip^post_37 && z^post_33<=0 && b_ip^post_37<=0 && 1<=3-N^post_33 ], cost: 20+13*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 145
   Simplified the guard:
    145: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_24, k^0'=1+2*k_24, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && k_24>=1 && 2*k_24<=N^post_33 && 1<=4-k_24 ], cost: 13+16*k_24
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 146
   Simplified the guard:
    146: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_25, k^0'=1+2*k_25, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && 1<=b_ip^post_37 && k_25>=1 && 2*k_25<=N^post_33 && 1<=4-k_25 ], cost: 13+17*k_25
   Resulting cost 0 has complexity: Unknown

Performed chaining from the start location:

Computing asymptotic complexity for rule 151
   Simplified the guard:
    151: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=z^post_33, pos^0'=1, seq^0'=1, z^0'=0, [ 0<=b_ip^post_37 && b_ip^post_37<=1 && -1+z^post_33>=1 && -1+z^post_33<=N^post_33 ], cost: 7+6*z^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 150
   Simplified the guard:
    150: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=1+N^post_33, pos^0'=2-z^post_33+N^post_33, seq^0'=1, z^0'=0, [ 0<=b_ip^post_37 && b_ip^post_37<=1 && -1+z^post_33>=1 && 2-z^post_33+N^post_33>=1 && 1-z^post_33+N^post_33<=0 ], cost: 15-2*z^post_33+8*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 154
   Simplified the guard:
    154: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=1+N^post_33, pos^0'=2-z^post_33+N^post_33, seq^0'=1, z^0'=0, [ b_ip^post_37<=1 && 1<=b_ip^post_37 && -1+z^post_33>=1 && 2-z^post_33+N^post_33>=1 && 1-z^post_33+N^post_33<=0 ], cost: 14-z^post_33+8*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 155
   Simplified the guard:
    155: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=z^post_33, pos^0'=1, seq^0'=1, z^0'=0, [ b_ip^post_37<=1 && 1<=b_ip^post_37 && -1+z^post_33>=1 && -1+z^post_33<=N^post_33 ], cost: 6+7*z^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 163
   Simplified the guard:
    163: l23 -> l4 : N^0'=N^post_33, b_arp^0'=b_arp^post_13, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=-1-k_12+z^post_33, pos^0'=0, seq^0'=1, z^0'=0, [ 0<=b_ip^post_37 && b_ip^post_37<=0 && 0<=b_arp^post_13 && b_arp^post_13<=0 && k_12>=1 && -1-2*k_12+z^post_33>=1 && -2-k_12+z^post_33<=N^post_33 ], cost: -1-3*k_12+6*z^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 162
   Simplified the guard:
    162: l23 -> l4 : N^0'=N^post_33, b_arp^0'=b_arp^post_13, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=1+N^post_33, pos^0'=0, seq^0'=1, z^0'=-2-k_12+z^post_33-N^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=0 && 0<=b_arp^post_13 && b_arp^post_13<=0 && k_12>=1 && 1-k_12+N^post_33>=1 && 1<=-1-k_12+z^post_33-N^post_33 ], cost: 11+3*k_12+6*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 176
   Simplified the guard:
    176: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-2*k_24, k^0'=4*k_24, pos^0'=1, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=b_ip^post_37 && z^post_33<=0 && b_ip^post_37<=0 && k_24>=1 && -1+2*k_24<=N^post_33 && -1+4*k_24<=N^post_33 && 1<=4-2*k_24 ], cost: 7+32*k_24
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 172
   Simplified the guard:
    172: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_24-k_25, k^0'=1+2*k_24+2*k_25, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && 1<=b_ip^post_37 && k_25>=1 && k_24>=1 && 2*k_24+2*k_25<=N^post_33 && 1<=4-k_24-k_25 ], cost: 13+16*k_24+17*k_25
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 164
   Simplified the guard:
    164: l23 -> l4 : N^0'=N^post_33, b_arp^0'=b_arp^post_13, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=1+N^post_33, pos^0'=1-k_12+N^post_33, seq^0'=1, z^0'=-1-2*k_12+z^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=0 && 0<=b_arp^post_13 && b_arp^post_13<=0 && k_12>=1 && 1<=-2*k_12+z^post_33 && -1-2*k_12+z^post_33<=0 && 1-k_12+N^post_33>=1 && -k_12+N^post_33<=0 ], cost: 13+k_12+8*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 165
   Simplified the guard:
    165: l23 -> l4 : N^0'=N^post_33, b_arp^0'=b_arp^post_13, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4, k^0'=1+k_12, pos^0'=1, seq^0'=1, z^0'=-1-2*k_12+z^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=0 && 0<=b_arp^post_13 && b_arp^post_13<=0 && k_12>=1 && 1<=-2*k_12+z^post_33 && -1-2*k_12+z^post_33<=0 && k_12<=N^post_33 ], cost: 13+9*k_12
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 170
   Simplified the guard:
    170: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-2*k_24, k^0'=1+4*k_24, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && k_24>=1 && 2*k_24<=N^post_33 && 4*k_24<=N^post_33 && 1<=4-2*k_24 ], cost: 13+32*k_24
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 173
   Simplified the guard:
    173: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-2*k_25, k^0'=1+4*k_25, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && 1<=b_ip^post_37 && k_25>=1 && 2*k_25<=N^post_33 && 4*k_25<=N^post_33 && 1<=4-2*k_25 ], cost: 13+34*k_25
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 171
   Simplified the guard:
    171: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_24-k_25, k^0'=1+2*k_24+2*k_25, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && k_24>=1 && 1<=b_ip^post_37 && k_25>=1 && 2*k_24+2*k_25<=N^post_33 && 1<=4-k_24-k_25 ], cost: 13+16*k_24+17*k_25
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 175
   Simplified the guard:
    175: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=1, k^0'=3+k_24, pos^0'=1, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=b_ip^post_37 && z^post_33<=0 && b_ip^post_37<=0 && k_24>=1 && 3-k_24>=1 && 2+k_24<=N^post_33 ], cost: 46+3*k_24
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 174
   Simplified the guard:
    174: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=3+k_24-N^post_33, k^0'=1+N^post_33, pos^0'=1, seq^0'=1, z^0'=z^post_33, [ 0<=z^post_33 && 0<=b_ip^post_37 && z^post_33<=0 && b_ip^post_37<=0 && k_24>=1 && 1<=1+N^post_33 && 1-2*k_24+N^post_33>=1 && 1<=3+k_24-N^post_33 ], cost: 20-10*k_24+13*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 152
   Simplified the guard:
    152: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_24, k^0'=2*k_24+z^post_33, pos^0'=1, seq^0'=1, z^0'=0, [ 0<=b_ip^post_37 && b_ip^post_37<=1 && -1+z^post_33>=1 && k_24>=1 && -1+2*k_24+z^post_33<=N^post_33 && 1<=4-k_24 ], cost: 7+16*k_24+6*z^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 156
   Simplified the guard:
    156: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_24, k^0'=2*k_24+z^post_33, pos^0'=1, seq^0'=1, z^0'=0, [ b_ip^post_37<=1 && 1<=b_ip^post_37 && -1+z^post_33>=1 && k_24>=1 && -1+2*k_24+z^post_33<=N^post_33 && 1<=4-k_24 ], cost: 6+16*k_24+7*z^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 168
   Simplified the guard:
    168: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=4+k_24-N^post_33, k^0'=1+N^post_33, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ 0<=b_ip^post_37 && 1<=z^post_33 && -1+z^post_33<=0 && k_24>=1 && b_ip^post_37<=0 && 1<=1+N^post_33 && -2*k_24+N^post_33>=1 && 1<=4+k_24-N^post_33 ], cost: 13-10*k_24+13*N^post_33
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 169
   Simplified the guard:
    169: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=1, k^0'=4+k_24, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ 0<=b_ip^post_37 && 1<=z^post_33 && -1+z^post_33<=0 && k_24>=1 && b_ip^post_37<=0 && 3-k_24>=1 && 3+k_24<=N^post_33 ], cost: 52+3*k_24
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 166
   Simplified the guard:
    166: l23 -> l4 : N^0'=N^post_33, b_arp^0'=b_arp^post_13, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=4, k^0'=2*k_12, pos^0'=0, seq^0'=1, z^0'=-1-4*k_12+z^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=0 && 0<=b_arp^post_13 && b_arp^post_13<=0 && k_12>=1 && -1+k_12<=N^post_33 && 1<=-2*k_12+z^post_33 && -1+2*k_12<=N^post_33 && 1<=-4*k_12+z^post_33 ], cost: 5+18*k_12
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 153
   Simplified the guard:
    153: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_25, k^0'=z^post_33+2*k_25, pos^0'=1, seq^0'=1, z^0'=0, [ b_ip^post_37<=1 && -1+z^post_33>=1 && 1<=b_ip^post_37 && k_25>=1 && -1+z^post_33+2*k_25<=N^post_33 && 1<=4-k_25 ], cost: 7+6*z^post_33+17*k_25
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 160
   Simplified the guard:
    160: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_24, k^0'=1+2*k_24, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && k_24>=1 && 2*k_24<=N^post_33 && 1<=4-k_24 ], cost: 13+16*k_24
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 157
   Simplified the guard:
    157: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_25, k^0'=z^post_33+2*k_25, pos^0'=1, seq^0'=1, z^0'=0, [ b_ip^post_37<=1 && 1<=b_ip^post_37 && -1+z^post_33>=1 && k_25>=1 && -1+z^post_33+2*k_25<=N^post_33 && 1<=4-k_25 ], cost: 6+7*z^post_33+17*k_25
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 161
   Simplified the guard:
    161: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_25, k^0'=1+2*k_25, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ b_ip^post_37<=1 && 1<=z^post_33 && -1+z^post_33<=0 && 1<=b_ip^post_37 && k_25>=1 && 2*k_25<=N^post_33 && 1<=4-k_25 ], cost: 13+17*k_25
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 167
   Simplified the guard:
    167: l23 -> l4 : N^0'=N^post_33, b_arp^0'=b_arp^post_13, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=0, i^0'=4-k_24, k^0'=1+2*k_24+k_12, pos^0'=1, seq^0'=1, z^0'=-1-2*k_12+z^post_33, [ 0<=b_ip^post_37 && b_ip^post_37<=0 && 0<=b_arp^post_13 && b_arp^post_13<=0 && k_12>=1 && 1<=-2*k_12+z^post_33 && -1-2*k_12+z^post_33<=0 && k_24>=1 && 2*k_24+k_12<=N^post_33 && 1<=4-k_24 ], cost: 13+16*k_24+9*k_12
   Resulting cost 0 has complexity: Unknown

Computing asymptotic complexity for rule 158
   Simplified the guard:
    158: l23 -> l4 : N^0'=N^post_33, b_arp^0'=0, b_configured^0'=0, b_ip^0'=b_ip^post_37, b_probe^0'=1, i^0'=4-N^post_33, k^0'=1+N^post_33, pos^0'=1, seq^0'=1, z^0'=-1+z^post_33, [ 0<=b_ip^post_37 && 1<=z^post_33 && -1+z^post_33<=0 && b_ip^post_37<=0 && N^post_33>=1 && 1<=4-N^post_33 ], cost: 13+13*N^post_33
   Resulting cost 0 has complexity: Unknown
Aborting due to timeout

Obtained the following overall complexity (w.r.t. the length of the input n):
   Complexity:  Constant
   Cpx degree:  0
   Solved cost: 1
   Rule cost:   1
   Rule guard:  [ N^0==N^post_39 && b_arp^0==b_arp^post_39 && b_configured^0==b_configured^post_39 && b_ip^0==b_ip^post_39 && b_probe^0==b_probe^post_39 && i^0==i^post_39 && k^0==k^post_39 && pos^0==pos^post_39 && seq^0==seq^post_39 && z^0==z^post_39 ]

WORST_CASE(Omega(1),?)