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Any signal processing architecture has a multiplier as its pillar. Its computational capabilities depend on the multiplier's performance. Also, low-power designs are the need of next generation processors. Reversible logic is one of the promising future low power technologies. High-speed multiplication can be achieved if the carry-propagation is faster. Digital compressors have less latency in carry-propagation...
Memory is the fundamental building block of any digital system. Most of the portable devices used today incorporate SRAM arrays which are vital memory elements. The significant role of reversible logic in designing such circuits is to reduce or completely eliminate power dissipation. According to survey, only few design methodologies have been proposed for the SRAM array and to the best of our knowledge,...
Asynchronous systems are designed without any global clock signal. Here computation is achieved by a series of events represented by signal transition edges; hence the speed of computation is determined by the signal propagation delay of the asynchronous circuit and not on the global clock. Some notable problems in synchronous circuit design due to higher performance demand are clock skew, power dissipation...
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