Logic rewriting is an effective but time-consuming technique to optimize the multilevel logic
network by rewriting subnetworks of the input network with other logic equivalent structures …

Logic rewriting is an important part in logic optimization. It rewrites a circuit by replacing local
subgraphs with logically equivalent ones, so that the area and the delay of the circuit can be …

Rewriting is a widely used logic optimization approach incorporated in most commercial
logic synthesis tools. In this paper, we present a new rewriting method based on And …

Verification has grown to dominate the cost of electronic system design, consuming about
60% of design effort. Among several verification techniques, logic simulation remains the …

Logic rewriting is a powerful optimization technique that replaces small sections of a
Boolean network with better implementations. Typically, exact synthesis is used to compute …

Logic rewriting is an important optimization function that can improve Quality of Results
(QoR) in modern VLSI circuits. This optimization function usually has a greedy approach and …

In this article, we developed a massively parallel gate-level logical simulator to address the
ever-increasing computing demand for VLSI verification. To the best of the authors' …

In this paper, we propose a logic re-simulation method on GPU via gate/event parallelism
and state compression. We achieve 2-dimensional parallelism on GPU through grouping …

Given a set of logic primitives and a Boolean function, exact synthesis finds the optimum
representation (eg, depth or size) of the function in terms of the primitives. Due to its high …

FPGAs are widely used for logic emulation, software acceleration, custom computing, and
prototyping. The architecture (or the interconnect mechanism of a FPGA network) of an …