Cryptography
A Very Short Introduction
Price: 350.00 INR
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ISBN:
9780192882233
Publication date:
10/12/2025
Paperback
160 pages
174x111mm
Price: 350.00 INR
We sell our titles through other companies
Disclaimer :You will be redirected to a third party website.The sole responsibility of supplies, condition of the product, availability of stock, date of delivery, mode of payment will be as promised by the said third party only. Prices and specifications may vary from the OUP India site.
ISBN:
9780192882233
Publication date:
10/12/2025
Paperback
160 pages
Part of Very Short Introductions
Sean Murphy, Rachel Player
- Written in a fluid and lively style to appeal to the non-mathematical reader
- Covers the everyday use and deployment of cryptography
- Highlights important theoretical developments and new applications such as blockchain
- Part of the Very Short Introductions series - over ten million copies sold worldwide
Rights: OUP UK (INDIAN TERRITORY)
Sean Murphy, Rachel Player
Description
Cryptography is a part of everyday life for almost all of us, though we may not realise we're using it.
We are a far cry from the historical prediction that cryptography would only be used by militaries and governments. With vast quantities of sensitive information transferred online by individuals, companies, organizations, and nation states, cryptography is increasingly important to everyone, and most of us, often without realising, use it daily. Cryptography: A Very Short Introduction demystifies the art of cryptography by tracing its historical use, explaining how it works, and providing examples of its practical use. These include online shopping, chip and PIN bank cards, and communicating via mobile phone. While many of these uses have been mainstream for some time now, the development and deployment of cryptography has changed enormously in the last twenty years.
In this second edition, Sean Murphy and Rachel Player highlight the important advances in both academic cryptography research and its everyday use. Using non-technical language and without assuming advanced mathematical knowledge, they introduce symmetric and public-key cryptography and provide a detailed discussion of the design of cryptographic algorithms that are secure against quantum computers and the development of cryptographic algorithms with advanced functionalities. They also consider the new applications of cryptography such as blockchain, secure messaging apps, and electronic voting.
About the authors
Sean Murphy is Professor of Mathematics at Royal Holloway, University of London. He has worked in cryptography for over thirty years and has a particular research interest in symmetric cryptography. His publications include Algebraic Aspects of the Advanced Encryption Standard (2006), co-authored by Carlos Cid and Matt Robshaw.
Rachel Player is a Senior lecturer in the Information Security Group at Royal Holloway, University of London. Her research considers post-quantum cryptography, and she is best known for her work in lattice-based cryptanalysis and homomorphic encryption. In 2019 she received The Radiant Award for Advancing Internet Security from the Internet Security Research Group.
Sean Murphy, Rachel Player
Table of contents
1:The role of cryptography
2:Understanding cryptography
3:Historical cryptosystems
4:Perfect secrecy
5:Symmetric cryptography
6:Public-key cryptography
7:Post-quantum cryptography
8:Advanced cryptography
9:Cryptography in everyday life
Mathematical background
References
Further reading
Index
Sean Murphy, Rachel Player
Description
Cryptography is a part of everyday life for almost all of us, though we may not realise we're using it.
We are a far cry from the historical prediction that cryptography would only be used by militaries and governments. With vast quantities of sensitive information transferred online by individuals, companies, organizations, and nation states, cryptography is increasingly important to everyone, and most of us, often without realising, use it daily. Cryptography: A Very Short Introduction demystifies the art of cryptography by tracing its historical use, explaining how it works, and providing examples of its practical use. These include online shopping, chip and PIN bank cards, and communicating via mobile phone. While many of these uses have been mainstream for some time now, the development and deployment of cryptography has changed enormously in the last twenty years.
In this second edition, Sean Murphy and Rachel Player highlight the important advances in both academic cryptography research and its everyday use. Using non-technical language and without assuming advanced mathematical knowledge, they introduce symmetric and public-key cryptography and provide a detailed discussion of the design of cryptographic algorithms that are secure against quantum computers and the development of cryptographic algorithms with advanced functionalities. They also consider the new applications of cryptography such as blockchain, secure messaging apps, and electronic voting.
About the authors
Sean Murphy is Professor of Mathematics at Royal Holloway, University of London. He has worked in cryptography for over thirty years and has a particular research interest in symmetric cryptography. His publications include Algebraic Aspects of the Advanced Encryption Standard (2006), co-authored by Carlos Cid and Matt Robshaw.
Rachel Player is a Senior lecturer in the Information Security Group at Royal Holloway, University of London. Her research considers post-quantum cryptography, and she is best known for her work in lattice-based cryptanalysis and homomorphic encryption. In 2019 she received The Radiant Award for Advancing Internet Security from the Internet Security Research Group.
Table of contents
1:The role of cryptography
2:Understanding cryptography
3:Historical cryptosystems
4:Perfect secrecy
5:Symmetric cryptography
6:Public-key cryptography
7:Post-quantum cryptography
8:Advanced cryptography
9:Cryptography in everyday life
Mathematical background
References
Further reading
Index
