Add to ORKGTwenty to fifty percent of the active area of most semicustom integrated circuits is devoted to combinational logic. Automating the synthesis and optimization of combinational circuitry can result in significant improvements in both the design cycle time and the overall area of the implementation. This thesis presents a rule-based system that optimizes combinational logic for a given technology. By performing Boolean function minimization, decomposition, logic synthesis and a series of local transformations4, the system achieves area reductions and saves valuable design time
The purpose of this investigation has been to implement, in the form of computer programs, two algor...
In this thesis, new algorithms for logic synthesis areexplored. Our work is motivated by two observa...
This paper is devoted to the synthesis of combinational logic circuits through computacional intelli...
This paper presents SOCRATES, a system of programs which Synthesize and optimize combinational logic...
In recent years the drive to produce more complex integrated circuits while spending less design tim...
Logic circuits are at the core of modern computing. The process of designing circuits which are effi...
In this paper we propose a methodology based on a genetic algorithm (GA) to automate the design of c...
Objective of this paper is to present historiography of logic switching circuits. The research mainl...
The goal of design synthesis is the generation of high-quality material designs from abstract specif...
The logic networks that can be put on a single chip continues to grow in size and complexity. There ...
Within the field of automated logic design, the optimal synthesis of combinational logic has remaine...
As VLSI integration size and chip complexity keep increasing, logic design is becoming more complex ...
This paper proposes a genetic algorithm for designing combinational logic circuits and studies four ...
This paper describes a technique for evolving similar solutions to similar configuration design prob...
The aim of logic synthesis is to produce circuits which satisfy the given boolean function while mee...
The purpose of this investigation has been to implement, in the form of computer programs, two algor...
In this thesis, new algorithms for logic synthesis areexplored. Our work is motivated by two observa...
This paper is devoted to the synthesis of combinational logic circuits through computacional intelli...
This paper presents SOCRATES, a system of programs which Synthesize and optimize combinational logic...
In recent years the drive to produce more complex integrated circuits while spending less design tim...
Logic circuits are at the core of modern computing. The process of designing circuits which are effi...
In this paper we propose a methodology based on a genetic algorithm (GA) to automate the design of c...
Objective of this paper is to present historiography of logic switching circuits. The research mainl...
The goal of design synthesis is the generation of high-quality material designs from abstract specif...
The logic networks that can be put on a single chip continues to grow in size and complexity. There ...
Within the field of automated logic design, the optimal synthesis of combinational logic has remaine...
As VLSI integration size and chip complexity keep increasing, logic design is becoming more complex ...
This paper proposes a genetic algorithm for designing combinational logic circuits and studies four ...
This paper describes a technique for evolving similar solutions to similar configuration design prob...
The aim of logic synthesis is to produce circuits which satisfy the given boolean function while mee...
The purpose of this investigation has been to implement, in the form of computer programs, two algor...
In this thesis, new algorithms for logic synthesis areexplored. Our work is motivated by two observa...
This paper is devoted to the synthesis of combinational logic circuits through computacional intelli...
