Verification of regular architectures using ALPHA: a case study
C. Bezan, Patrice Quinton · 2002
We present a formal method for the verification of regular VLSI architectures. In our method, the behavioral specification of the chip and its implementation are first expressed in ALPHA, a language for the design of regular synchronous architectures. The behavioral specification as refined down to an abstract architecture description, while the implementation is simplified by induction techniques up to the same abstract architecture level. Verification is then done by matching both descriptions. This method has been successfully applied to check the correctness of a 300.000 transistor VLSI systolic chip named API69 for sequence comparison.>