Sentence examples for equivalence verification from inspiring English sources

Two basic simulation-based algorithms are presented, one for satisfying and verifying combinational designs and the other for equivalence verification of sequential designs.

In equivalence verification, detecting different behavior under MVL simulations may lead to the discovery of a genuine binary non-equivalence or to a qualitative gap between two designs.

Lower level methods such as BDDs and SAT solvers suffer from space and time explosion problems to match sizes of industrial designs in formal equivalence verification and debugging.

In this chapter we describe Formal Equivalence Verification (FEV), an FV technique focused on checking whether two designs are logically equivalent.

Applications include equivalence verification, initialization, assertions generation and verification, partial control on the flow of data by prioritizing and block-oriented simulations.

By increasing the complexity of system on chip (SoC) designs formal equivalence verification and debugging have become more and more important.

On both Algebraic Equivalence and Color Verification trials, participants responded by pressing the 'p' (same/equivalent) or 'q' (different/non-equivalent) keys.

This provides a more robust, alternative verification of equivalence ratio, based on measured air flow, than the phi meter used in other reported work.

They completed 336 trials ordered randomly over four blocks, each consisting of 12 Algebraic Equivalence and 72 Color Verification trials.

Participants then completed the main experimental trials, which involved one of two tasks, assigned randomly on each trial: Color Verification or Algebraic Equivalence.

Multiple forward and backward translations and verification of the equivalence between the source and final version by a multi-disciplinary reviewer panel would also resolve these issues.