Hamming Code Generators using LTEx Module of Quantum-dot Cellular Automata

Abstract

Quantum-dot Cellular Automata (QCA) explores a novel paradigm to escape from the notion of traditional semiconductor transistor that has dominated processor design from its inception. The realization of Nano communication network by using QCA becomes promising in the arena of application, and such models of QCA networks are expected to be more reliable in terms of error. Hamming code plays an important role in error detection and correction of communication circuits. This work extends the idea of layered T (LT) gate to develop an algorithm to model generic QCA Hamming code generator. As a faithful instantiation, even and odd (7,4) Hamming code generators are designed by using QCADesigner simulator to demonstrate the functionality and testability of proposed algorithm based methodology.