Design and Testability of Diverse Reversible Error Control Circuits
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The authors of this work realized a need for a conservative reversible nanocircuit which can involve quantum computing to researchers and other having a requirement for a cognizance of the emerging field, and the work attempts to meet that need. The book beginnings with a basic to the topic of quantum computing. Followed by one supporting chapters on quantum computing and testing. Nanocircuit design for the low-cost nano-communication framework is addressed in two chapters; one on error control, decoder and the other on testing reversible logic circuit. This leads to another contribution of th...
The authors of this work realized a need for a conservative reversible nanocircuit which can involve quantum computing to researchers and other having a requirement for a cognizance of the emerging field, and the work attempts to meet that need. The book beginnings with a basic to the topic of quantum computing. Followed by one supporting chapters on quantum computing and testing. Nanocircuit design for the low-cost nano-communication framework is addressed in two chapters; one on error control, decoder and the other on testing reversible logic circuit. This leads to another contribution of this work in that synthesis, optimization, testing of reversible circuits, quantum circuit, and logic around quantum-dot cellular automata build through the chapters. A Verilog code describes the algorithm of the HDLQ model components including all elements for the reversible gate is available for the readers. We hope that researchers and instructors find this book useful in their basic learning resource.
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