From Classical to Quantum Coding
By Daryus Chandra, Lajos Hanzo, Soon Xin Ng, Zunaira Babar | Publisher: Wiley
About the book
An expert discussion of the potential evolution of quantum codes
In From Classical to Quantum Coding, a team of distinguished researchers deliver a seamless book on the subject of quantum error correction codes (QECC) designed for mitigating the environment-induced decoherence imposed on quantum computing and communications. Commencing from first principles, Part I is dedicated to readers familiar with classical coding and wishing to move into quantum coding. Part II focuses on near-term quantum codes requiring a modest to moderate number of qubits. Finally, Part III of the book offers an outlook on the classical to quantum evolution of QECCs, to advanced codes that rely on numerous qubits as quantum technology matures.
The book incorporates several advanced topics, including the universal decoding of arbitrary linear codes, iterative short turbo block codes, turbo convolutional codes, and the family of low-density parity check codes. The powerful design tool of extrinsic information transfer charts plays a central role in the associated near-hashing-bound designs.
Readers will also find:
- An easy-reading introduction to quantum information processing and quantum coding
- An evolutionary portrayal of the classical to quantum coding paradigm
- Practical discussions of near-term quantum topological error correction codes and how they protect quantum gates from decoherence
- Detailed treatments of syndrome-based decoding of diverse quantum turbo codes and quantum low-density parity check codes
From Classical to Quantum Coding will benefit doctoral students, and industrial and academic researchers wishing to expand their expertise from the classical to the quantum field of signal processing, computing and communications.
Editions of From Classical to Quantum Coding
- Hardcover
- ISBN 9781394331932
- EBook
- ISBN 9781394331956
- EBook
- ISBN 9781394331963
- EBook
- ISBN 9781394331949
Read an Excerpt
An expert discussion of the potential evolution of quantum codes
In From Classical to Quantum Coding, a team of distinguished researchers deliver a seamless book on the subject of quantum error correction codes (QECC) designed for mitigating the environment-induced decoherence imposed on quantum computing and communications. Commencing from first principles, Part I is dedicated to readers familiar with classical coding and wishing to move into quantum coding. Part II focuses on near-term quantum codes requiring a modest to moderate number of qubits. Finally, Part III of the book offers an outlook on the classical to quantum evolution of QECCs, to advanced codes that rely on numerous qubits as quantum technology matures.
The book incorporates several advanced topics, including the universal decoding of arbitrary linear codes, iterative short turbo block codes, turbo convolutional codes, and the family of low-density parity check codes. The powerful design tool of extrinsic information transfer charts plays a central role in the associated near-hashing-bound designs.
Readers will also find:
- An easy-reading introduction to quantum information processing and quantum coding
- An evolutionary portrayal of the classical to quantum coding paradigm
- Practical discussions of near-term quantum topological error correction codes and how they protect quantum gates from decoherence
- Detailed treatments of syndrome-based decoding of diverse quantum turbo codes and quantum low-density parity check codes
From Classical to Quantum Coding will benefit doctoral students, and industrial and academic researchers wishing to expand their expertise from the classical to the quantum field of signal processing, computing and communications.
Frequently Asked Questions
What is From Classical to Quantum Coding about?
An expert discussion of the potential evolution of quantum codes
In From Classical to Quantum Coding, a team of distinguished researchers deliver a seamless book on the subject of quantum error correction codes (QECC) designed for mitigating the environment-induced decoherence imposed on quantum computing and communications. Commencing from first principles, Part I is dedicated to readers familiar with classical coding and wishing to move into quantum coding. Part II focuses on near-term quantum codes requiring a modest to moderate number of qubits. Finally, Part III of the book offers an outlook on the classical to quantum evolution of QECCs, to advanced codes that rely on numerous qubits as quantum technology matures.
The book incorporates several advanced topics, including the universal decoding of arbitrary linear codes, iterative short turbo block codes, turbo convolutional codes, and the family of low-density parity check codes. The powerful design tool of extrinsic information transfer charts plays a central role in the associated near-hashing-bound designs.
Readers will also find:
- An easy-reading introduction to quantum information processing and quantum coding
- An evolutionary portrayal of the classical to quantum coding paradigm
- Practical discussions of near-term quantum topological error correction codes and how they protect quantum gates from decoherence
- Detailed treatments of syndrome-based decoding of diverse quantum turbo codes and quantum low-density parity check codes
From Classical to Quantum Coding will benefit doctoral students, and industrial and academic researchers wishing to expand their expertise from the classical to the quantum field of signal processing, computing and communications.
What core themes, tropes, or subjects are explored in From Classical to Quantum Coding?
Computing and Information Technology > Computer science > Natural computing / Quantum computing
Where can I read a sample of From Classical to Quantum Coding?
You can read an official preview of the few pages here https://www.book2look.com/book/9781394331932
Who is/are the Author/s of the book From Classical to Quantum Coding?
Daryus Chandra, Lajos Hanzo, Soon Xin Ng, Zunaira Babar
Who is the Publisher of the book From Classical to Quantum Coding?
Wiley
What are the ISBN numbers for the physical and digital editions?
From Classical to Quantum Coding is available as hardcover(ISBN 9781394331932) and ebook(ISBN 9781394331956) and ebook(ISBN 9781394331963) and ebook(ISBN 9781394331949)
Where can I buy From Classical to Quantum Coding online or support local independent bookshops?
You can buy From Classical to Quantum Coding from below
Where can I buy From Classical to Quantum Coding?