This paper presents a novel technique to design D3L parallel prefix adders considerably reducing speed penalties. Moreover, a new design style, named Splith- ...
A New Optimized High-Speed Low-Power Data-Driven Dynamic ...
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A novel technique to design D3L parallel prefix adders considerably reducing speed penalties is presented, and a new design style, named Splith-Path D3l, ...
In [10, 11] SPD 3 L 3 technique has been applied to 64-bit and 32-bit Kogge-Stone adders respectively, that resulted in lower power consumption in the circuits.
This paper presents a new technique for exploiting the energy-saving advantages offered by D3L without paying significant performance penalty with respect to ...
This paper presents a novel technique to design D3L parallel prefix adders considerably reducing speed penalties. Moreover, a new design style, named Splith- ...
Data Driven Dynamic Logic (D3L) achieves a considerably energy saving, over conventional Domino Logic, by removing the clock signal: the control of the pre ...
Chapter 40 A New Optimized High-Speed Low-Power Data-Driven ... A New Optimized High-Speed Low-Power Data-Driven Dynamic (D3L) 32-Bit Kogge-Stone Adder.
Frustaci, M. Lanuzza, A new optimized high-speed low-power data driven dynamic (D3L) 32-bit kogge-stone adder, PATMOS, 2010, pp ...
Data Driven Dynamic Logic (D3L) achieves a considerably energy saving, over conventional Domino Logic, by removing the clock signal: the control of the ...
This paper presents a novel technique to realize D3L parallel prefix tree adders without significantly compromising speed performance and shows an ...