Jones and Bartlett Publishers, 2003. — 387 p. — ISBN:
0-7637-2207-3.
(+материалы с сайта поддержки - source code and e.t.c.) Introduction to Cryptography with Java Applets covers the mathematical basis of cryptography and cryptanalysis, like linear diophantine equations, linear congruences, systems of linear congruences, quadratic congruences, and exponential congruences. The chapters present theorems and proofs, and many mathematical examples. Cryptography with Java Applets also covers programming ciphers and cryptanalytic attacks on ciphers. In addition many other types of cryptographic applications, like digest functions, shadows, database encryption, message signing, establishing keys, large integer arithmetic, pseudo-random bit generation, and authentication are included. The author has developed various Java crypto classes to perform these functions, and many programming exercises are assigned to the reader. The reader should be someone with a basic working knowledge of Java, but knowledge of number theory or cryptography is not necessary.
In addition: Link to the eLeaing center for Introduction to Cryptography with Java™ Applets by David Bishop. Here you'll find a collection of resources that will enhance and support your leaing experience. You can access these resources by choosing from the following list, or by selecting a chapter from the menu bar on your left. Java™ Applets: Referenced throughout your textbook, these Java™ applets are an interactive means for you to explore the concepts presented in your book. Sample Data Files: A number of examples in your textbook use very large numbers; download the text files that contain these numbers to use in your leaing experience. Program Files: These files are the source code for the programs in your textbook, and can be downloaded here. Instructor's Manual: Password protected for instructors only, this guide contains answers to problems in the textbook, and provides instructors with additional Java™ program files.
(+материалы с сайта поддержки - source code and e.t.c.) Introduction to Cryptography with Java Applets covers the mathematical basis of cryptography and cryptanalysis, like linear diophantine equations, linear congruences, systems of linear congruences, quadratic congruences, and exponential congruences. The chapters present theorems and proofs, and many mathematical examples. Cryptography with Java Applets also covers programming ciphers and cryptanalytic attacks on ciphers. In addition many other types of cryptographic applications, like digest functions, shadows, database encryption, message signing, establishing keys, large integer arithmetic, pseudo-random bit generation, and authentication are included. The author has developed various Java crypto classes to perform these functions, and many programming exercises are assigned to the reader. The reader should be someone with a basic working knowledge of Java, but knowledge of number theory or cryptography is not necessary.
In addition: Link to the eLeaing center for Introduction to Cryptography with Java™ Applets by David Bishop. Here you'll find a collection of resources that will enhance and support your leaing experience. You can access these resources by choosing from the following list, or by selecting a chapter from the menu bar on your left. Java™ Applets: Referenced throughout your textbook, these Java™ applets are an interactive means for you to explore the concepts presented in your book. Sample Data Files: A number of examples in your textbook use very large numbers; download the text files that contain these numbers to use in your leaing experience. Program Files: These files are the source code for the programs in your textbook, and can be downloaded here. Instructor's Manual: Password protected for instructors only, this guide contains answers to problems in the textbook, and provides instructors with additional Java™ program files.