Glitches (spurious transitions) are common in electronic circuits. In this paper we present a novel approach to reduce dynamic power in FPGAs by reducing glitches during the routi...
In 90-nm technology, dynamic power is still the largest power source in FPGAs [1], and signal glitches contribute a large portion of the dynamic power consumption. Previous powera...
This paper describes Glitchless, a circuit-level technique for reducing power in FPGAs by eliminating unnecessary logic transitions called glitches. This is done by adding program...
Julien Lamoureux, Guy G. Lemieux, Steven J. E. Wil...
This paper describes a technique that reduces dynamic power in FPGAs by reducing the number of glitches in the global routing resources. The technique involves adding programmable...
Julien Lamoureux, Guy G. Lemieux, Steven J. E. Wil...
In this paper, we present the design of a carry skip adder that achieves low power dissipation and high-performance operation. The carry skip adder's delay and power dissipat...
Michael J. Schulte, Kai Chirca, John Glossner, Hao...