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Quantum computers are considered as a future alternative to circumvent theheat dissipation problem of VLSI circuits. The synthesis of reversible circuitsis a very promising area of study considering the expected furthertechnological advances towards quantum computing. In this report, we propose alinear genetic programming system to design reversible circuits -RIMEP2-. Thesystem has evolved reversible circuits starting from scratch without resortingto a pre-existing library. The results show that among the 26 consideredbenchmarks, RIMEP2 outperformed the best published solutions for 20 of them andmatched the remaining 6. RIMEP2 is presented in this report as a promisingmethod with a considerable potential for reversible circuit design. It will beconsidered as work reference for future studies based on this method.

Introduction to RIMEP2: A Multi-Expression Programming System for the Design of Reversible Digital Circuits