[PDF] Retiming-Based Logic Synthesis for Low-Power - Design ...
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ABSTRACT. Power management has become a great concern in VLSI design in recent years. In this paper, we consider the logic level design technique for low ...
We present a retiming-based optimization method, in which part of the circuit is selected and moved so that it produces logic signals one clock cycle before ...
We present a retiming-based optimization method, in which part of the circuit is selected and moved so that it produces logic signals one clock cycle before ...
This technique helps inreducing the power consumption and the area of digital circuits while maintaining low complexity of logic design. This paper analyses, ...
A retiming-based optimization method, in which part of the circuit is selected and moved so that it produces logic signals one clock cycle before they are ...
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Till now most efforts in low power logic synthesis have concentrated on minimizing the total switching activity of a circuit under a zero delay model.
We present a retiming-based optimization method, in which part of the circuit is selected and moved so that it produces logic signals one clock cycle before ...
This chapter surveys some of the most important contributions in logic synthesis for achieving low-power consumption, by means of gate-level and register- ...
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Retiming is a powerful technique for delay and area optimization that operates by relocating the flip-flops in a circuit. This movement of flip-flops in ...
The results show that an average of 15% savings in power using logic synthesis with the proposed accurate power estimation technique, compared to area optimized ...