(eng) The increasing complexity of digital circuitry makes global design optimization no longer possible: a designer will only consider the critical parts of his circuit. This paper discusses timing optimization problems when these critical parts can be represented by Direct Acyclic Graphs (DAGs). We deal with different (though related) clock period problems, under various external constraints. The main algorithm concerns the determination of the optimal clock period of a given circuit. We propose an efficient solution, based on the retiming technique, which improves current results in the literature. We give three different formulations depending on which combinational gates delay model is used: same delay for every gate, different delays ...
The retiming transformation can be used to optimize synchronous circuits for maximum speed of operat...
We consider the problem of determining the smallest clock period for a combinational circuit by cons...
The paper presents a simple yet powerful general theoretical framework and efficient implementation ...
The increasing complexity of digital circuitry makes global design optimization no longer possible: ...
The increasing complexity of digital circuitry makes global design optimization no longer possible: ...
The increasing complexity of digital circuitry makes global design optimization no longer possible: ...
This paper investigates the application of simultaneous retiming and clock scheduling for optimizing...
We consider the problem of selecting the proper implementation of each circuit module from a cell li...
Abstract — This paper is devoted to a low-complexity algorithm for retiming circuits without cycles,...
In this paper, we study the problem of retiming of sequential circuits with both interconnect and ga...
Retiming is a powerful optimization technique for synchronize sequential circuits that relocates del...
We study several optimization problems that arise in the design of VLSI circuits, with the satisfact...
We study several optimization problems that arise in the design of VLSI circuits, with the satisfact...
Circuits implemented in FPGAs have delays that are dom-inated by its programmable interconnect. This...
In this paper, we consider the problem of determining the smallest clock period for a combinational ...
The retiming transformation can be used to optimize synchronous circuits for maximum speed of operat...
We consider the problem of determining the smallest clock period for a combinational circuit by cons...
The paper presents a simple yet powerful general theoretical framework and efficient implementation ...
The increasing complexity of digital circuitry makes global design optimization no longer possible: ...
The increasing complexity of digital circuitry makes global design optimization no longer possible: ...
The increasing complexity of digital circuitry makes global design optimization no longer possible: ...
This paper investigates the application of simultaneous retiming and clock scheduling for optimizing...
We consider the problem of selecting the proper implementation of each circuit module from a cell li...
Abstract — This paper is devoted to a low-complexity algorithm for retiming circuits without cycles,...
In this paper, we study the problem of retiming of sequential circuits with both interconnect and ga...
Retiming is a powerful optimization technique for synchronize sequential circuits that relocates del...
We study several optimization problems that arise in the design of VLSI circuits, with the satisfact...
We study several optimization problems that arise in the design of VLSI circuits, with the satisfact...
Circuits implemented in FPGAs have delays that are dom-inated by its programmable interconnect. This...
In this paper, we consider the problem of determining the smallest clock period for a combinational ...
The retiming transformation can be used to optimize synchronous circuits for maximum speed of operat...
We consider the problem of determining the smallest clock period for a combinational circuit by cons...
The paper presents a simple yet powerful general theoretical framework and efficient implementation ...