Marius Iulian Mihailescu - Cryptography and Cryptanalysis in MATLAB: Creating and Programming Advanced Algorithms
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- Book:Cryptography and Cryptanalysis in MATLAB: Creating and Programming Advanced Algorithms
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Cryptography and Cryptanalysis in MATLAB: Creating and Programming Advanced Algorithms: summary, description and annotation
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Master the essentials of cryptography and cryptanalysis and learn how to put them to practical use. Each chapter of this book starts with an introduction to the concepts on which cryptographic algorithms are based and how they are used in practice, providing fully working examples for each of the algorithms presented. Implementation sections will guide you through the entire process of writing your own applications and programs using MATLAB.
Cryptography and Cryptanalysis in MATLAB will serve as your definitive go-to cryptography reference, whether you are a student, professional developer, or researcher, showing how a multitude of cryptographic challenges can be overcome using the powerful tools of MATLAB.
What You Will Learn
- Discover MATLABs cryptography functions
- Work with conversion mechanisms in MATLAB Implement cryptographic algorithms using arithmetic operations
- Understand the classical, simple cryptosystems that form the basis of modern cryptography
- Develop fully working solutions (encryption/decryption operations)
- Study pseudo-random generators and their real-life implementations
- Utilize hash functions by way of practical examples
- Implement solutions to defend against practical cryptanalysis methods and attacks
- Understand asymmetric and symmetric encryption systems and how to use them Leverage visual cryptography, steganography, and chaos-based cryptography
Who This Book Is For
Those who are new to cryptography/analysis. Some prior exposure to MATLAB recommended.Marius Iulian Mihailescu: author's other books
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This Apress imprint is published by the registered company APress Media, LLC part of Springer Nature.
The registered company address is: 1 New York Plaza, New York, NY 10004, U.S.A.
To our families and wonderful readers. May this book be a true inspiration for everyoneand remember: If you think technology can solve your security problems, then you dont understand the problems and you dont understand technology. Bruce Schneier
, PhD is an Associate Professor (Senior Lecturer) at the Spiru Haret University of Bucharest, Romania. He is also the CEO of Dapyx Solution Ltd., a company based in Bucharest, Romania that is focused on information security- and cryptography-related research projects. He is a lead guest editor for applied cryptography journals and a reviewer of multiple publications with information security and cryptography profiles. He has authored and co-authored more than 30 articles in conference proceedings, 25 articles in journals, and four books. For more than six years, he has served as a lecturer at well-known national and international universities (University of Bucharest, Titu Maiorescu University, Kadir Has University, Istanbul, Turkey). He has taught courses on programming languages (C#, Java, C++, and Haskell) and object-oriented system analysis and design with UML, graphs, databases, cryptography, and information security. He served for three years as an IT Officer at Royal Caribbean Cruises Ltd., where he dealt with IT infrastructure, data security, and satellite communications systems. He earned his PhD in 2014 with a thesis on applied cryptography over biometrics data. He holds two MSc degrees, in information security and software engineering.
, PhD is a software developer and researcher at the Institute for Computers of the Romanian Academy. She earned her PhD with a thesis on advanced cryptographic schemes using searchable encryption and homomorphic encryption. At the Institute for Computers, she focuses on research and development projects that involve searchable encryption, homomorphic encryption, cloud computing security, the Internet of Things, and big data. She has served for more than two years as an assistant lecturer at the University of Bucharest, where she teaches advanced programming techniques, simulation methods, and operating systems. She has authored and co-authored more than 25 papers for conferences and journals and has co-authored four books. She holds an MSc in software engineering and two BSc degrees in computer science and mathematics.
, PhD, is a math and computer programming instructor and has worked at universities, high schools, and educational institutions for about 15 years. He concentrated on applied mathematics while earning his PhD degree. Dr. Turk finished the computer science track requirements of his MSc degree while a student at the University of Texas at Arlington. He is the author of the Python Programming: for Engineers and Scientists and MATLAB Programming: for Beginners and Professionals books. Dr. Turks research interests include, but are not limited to, numerical solutions of differential equations, scientific computing, mathematical modeling, and programming in MATLAB and Python.
Due to the most recent attacks, the electronic communications and transaction require to strengthen their practical security techniques related to digital signature in such way that law enforcement agencies are able to recognize and trust them.
In the last few months alone, as we were writing this book, there were countless news stories detailing attacks that compromised the private data of millions of users on the Internet or dark web. Advanced technologies such as the Internet of Things, fog computing, edge computing, smart vehicles, drones, smart houses, and many other complex software applications (desktop/web/mobile)are evolving so fast that it is a challenge to keep up with their security requirements. For example, looking at the CVE platform, we can see a total of 152,984 records (vulnerabilities) and exposed users. By examining how these vulnerabilities occurred, developers can identify efficient ways to protect users and customers against malicious hackers.
A security solution is successful when a users machine (computer or other electronic device) and the networks with which it communicates do not expose the data flowing between them. Because of the increasing speed and complexity of computing technology (e.g., quantum computers), the mission of modern cryptography (and we are not referring to quantum cryptography) is at a very challenging point in time.
Keeping knowledge secure is one of the most important aspects to consider when designing and implementing complex systems. Information falling into the wrong hands can result in huge financial losses or, in extreme cases, even loss of lives. Cryptography can be used to encode private information in such a way that nobody should be able to decode it without the necessary privileges. However, cryptography algorithms, have been broken after hackers found a flaw in their design. When enough computing power is applied (for example quantum computers) to break an encoded message or cryptography algorithm (such as RSA), it is only a matter of time until the encryption or algorithm will be broken.
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