6.16/1.97	YES
6.16/1.98	
6.16/1.98	Problem:
6.16/1.98	 strict:
6.16/1.98	  b(b(b(x1))) -> x1
6.16/1.98	  c(c(c(x1))) -> a(a(x1))
6.16/1.98	 weak:
6.16/1.98	  a(x1) -> a(c(b(x1)))
6.16/1.98	
6.16/1.98	Proof:
6.16/1.98	 Bounds Processor:
6.16/1.98	  bound: 1
6.16/1.98	  enrichment: match-rt
6.16/1.98	  automaton:
6.16/1.98	   final states: {4}
6.16/1.98	   transitions:
6.16/1.98	    a1(9) -> 10*
6.16/1.98	    a1(8) -> 9*
6.16/1.98	    c1(12) -> 13*
6.16/1.98	    b1(11) -> 12*
6.16/1.98	    c0(4) -> 4*
6.16/1.98	    a0(4) -> 4*
6.16/1.98	    b0(4) -> 4*
6.16/1.98	    4 -> 12,8
6.16/1.98	    8 -> 11*
6.16/1.98	    9 -> 13,10,4
6.16/1.98	    10 -> 4*
6.16/1.98	    13 -> 8*
6.16/1.98	  problem:
6.16/1.98	   strict:
6.16/1.98	    b(b(b(x1))) -> x1
6.16/1.98	   weak:
6.16/1.98	    a(x1) -> a(c(b(x1)))
6.16/1.98	  String Reversal Processor:
6.16/1.98	   strict:
6.16/1.98	    b(b(b(x1))) -> x1
6.16/1.98	   weak:
6.16/1.98	    a(x1) -> b(c(a(x1)))
6.16/1.98	   Arctic Interpretation Processor:
6.16/1.98	    dimension: 2
6.16/1.98	    interpretation:
6.16/1.98	               [0 4]  
6.16/1.98	     [a](x0) = [4 7]x0,
6.16/1.98	     
6.16/1.98	               [0  -&]  
6.16/1.98	     [c](x0) = [0  -&]x0,
6.16/1.98	     
6.16/1.98	               [0  0 ]  
6.16/1.98	     [b](x0) = [2  -&]x0
6.16/1.98	    orientation:
6.16/1.98	                   [2 2]             
6.16/1.98	     b(b(b(x1))) = [4 2]x1 >= x1 = x1
6.16/1.98	     
6.16/1.98	             [0 4]      [0 4]                
6.16/1.98	     a(x1) = [4 7]x1 >= [2 6]x1 = b(c(a(x1)))
6.16/1.98	    problem:
6.16/1.98	     strict:
6.16/1.98	      
6.16/1.98	     weak:
6.16/1.98	      a(x1) -> b(c(a(x1)))
6.16/1.98	    Qed
6.16/1.98	EOF