Kamalika Datta

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The development of approaches for synthesis and optimization of reversible circuits received significant attention in the past. This is partly due to the increasing emphasis on low power design method-ologies, and partly motivated by recent works in quantum computation. While most of them relied on a gate library composed of multiple-control Toffoli (MCT)(More)
—With the advancements in semiconductor technology , there has been an increased emphasis in low-power design techniques over the last few decades. Reversible computing has been proposed by several researchers as a possible alternative to address the energy dissipation problem. Several implementation alternatives for reversible logic circuits have also been(More)
—Synthesis of reversible circuits has attracted the attention of many researchers. In particular, approaches based on Decision Diagrams (DDs) have been shown beneficial since they enable the realization of corresponding circuits for large functions. However, all existing approaches rely on a gate library composed of positive control lines only. Recently, it(More)
The problem of reversible logic synthesis has drawn the attention of many researchers over the last two decades with growing emphasis on low-power design. Among the various synthesis approaches that have been reported, the ones based on compact circuit representations like Binary Decision Diagrams (BDD) and Exclusive-or Sum-Of-Products (ESOP) are(More)
—The area of reversible circuit synthesis has become very important in recent years with the growing emphasis on low-power design and quantum computation. Many synthesis approaches have been reported over the last two decades. For small functions exact solutions can be computed. Otherwise, heuristics have to be applied that are either based on(More)