Add to ORKGA method to find hard logic synthesis examples with known upper bound is presented. The circuits can be small and yet difficult to synthesize. Any area-related metric can be used in finding the circuits and testing synthesis tools. The hardness of the examples is robust with respect to the metric used and to minor alterations in the circuit.
Recent interest in approximate circuit design is driven by its poten-tial for large energy savings. ...
Logic synthesis is a challenging and widely-researched combinatorial optimization problem during int...
Abstract—Reactive synthesis supports designers by automat-ically constructing correct hardware from ...
Traditionally, three metrics have been used to evaluate the quality of logic circuits -- size, speed...
Learning from data is the central theme of Knowledge Discovery in Databases (KDD) and the Machine Le...
Most problems in logic synthesis are computationally hard, and are solved using heuristics. This oft...
International audienceThis paper presents a methodology to synthesize testable circuits in a High-Le...
In this thesis, new algorithms for logic synthesis areexplored. Our work is motivated by two observa...
Abstract — Deriving a circuit for a Boolean function or improving an available circuit are typical t...
Includes bibliographical references (leaf [73])A logic synthesis tool called LST is developed. This ...
circuit is one which can be decomposed into nonintersecting blocks of gates where each block has no ...
A (k-, K) circuit is one which can be decomposed into nonintersecting blocks of gates where each blo...
In analogue circuit designs, an initial circuit topology is usually chosen with a set of parameters ...
International audienceThis paper presents a comparison of different synthesis methods in complex dig...
We address the problem of reducing the size of Craig's interpolants used in SAT-based model checking...
Recent interest in approximate circuit design is driven by its poten-tial for large energy savings. ...
Logic synthesis is a challenging and widely-researched combinatorial optimization problem during int...
Abstract—Reactive synthesis supports designers by automat-ically constructing correct hardware from ...
Traditionally, three metrics have been used to evaluate the quality of logic circuits -- size, speed...
Learning from data is the central theme of Knowledge Discovery in Databases (KDD) and the Machine Le...
Most problems in logic synthesis are computationally hard, and are solved using heuristics. This oft...
International audienceThis paper presents a methodology to synthesize testable circuits in a High-Le...
In this thesis, new algorithms for logic synthesis areexplored. Our work is motivated by two observa...
Abstract — Deriving a circuit for a Boolean function or improving an available circuit are typical t...
Includes bibliographical references (leaf [73])A logic synthesis tool called LST is developed. This ...
circuit is one which can be decomposed into nonintersecting blocks of gates where each block has no ...
A (k-, K) circuit is one which can be decomposed into nonintersecting blocks of gates where each blo...
In analogue circuit designs, an initial circuit topology is usually chosen with a set of parameters ...
International audienceThis paper presents a comparison of different synthesis methods in complex dig...
We address the problem of reducing the size of Craig's interpolants used in SAT-based model checking...
Recent interest in approximate circuit design is driven by its poten-tial for large energy savings. ...
Logic synthesis is a challenging and widely-researched combinatorial optimization problem during int...
Abstract—Reactive synthesis supports designers by automat-ically constructing correct hardware from ...