Recommended Textbook for Higher Education Reform in Applied Cryptography

Author: Cai Lecai
Publisher:
Publish Date: 2005-02-01
Features:
Content Features: This book keeps pace with technological advancements and meets the needs of teaching reform. It explains the fundamental knowledge of cryptography in an accessible and modular way, covering both the key and challenging aspects of the subject. The content is divided into two aspects: On one hand, it introduces cryptographic theory, providing detailed descriptions and analyses of common cryptographic algorithms. On the other hand, it highlights the practical applications of cryptography, offering case studies of typical cryptographic algorithms used in current information processing and transmission. It establishes the basic architecture of cryptographic algorithm application systems and provides a detailed analysis and description of potential performance issues that may arise in practical applications. This book will serve as a valuable reference for research and application development in cryptography.
Writing Style: The book is well-structured, with clear priorities, logical organization, and a strong focus on key points. Each chapter includes supporting content such as key knowledge points, overviews, and practical exercises. This enables readers to fully grasp the fundamental knowledge of cryptography while also mastering its application techniques, allowing them to quickly apply these skills in real-world scenarios. It achieves a balance between teaching and learning.
Target Audience: This book can be used as a teaching text for undergraduate students in computer science and technology, network engineering, information security, and related fields. It is also an excellent reference for enthusiasts interested in self-studying and applying cryptographic techniques. Based on the training objectives and basic requirements of higher education institutions, as well as the author's extensive teaching experience and engineering practice, this book has been developed to implement teaching reform and make cryptography more application-oriented. It provides a foundational textbook for cryptographic technology. After introducing the basic concepts and classifications of cryptography, the book covers widely used cryptographic techniques. The content is divided into two aspects: On one hand, it introduces cryptographic theory, providing detailed descriptions and analyses of common cryptographic algorithms such as DES, RSA, IDEA, and AES to facilitate the analysis, design, and application of cryptographic algorithms. On the other hand, to emphasize practical applications, it offers case studies of typical cryptographic applications in information processing and transmission, such as digital signatures, identity authentication, and electronic currency. It establishes the basic architecture of cryptographic algorithm application systems and provides a detailed analysis and description of potential performance issues that may arise in practical applications, serving as a valuable reference for research and development in cryptography. Each chapter includes theoretical consolidation questions and hands-on practice exercises, achieving a unified balance between teaching and learning. The book is written in clear and accessible language, with rich and detailed content, emphasizing an example-centered approach. It can be used as a teaching text for undergraduate students in computer science and technology, network engineering, information security, and related fields, as well as a reference for enthusiasts interested in self-studying and applying cryptographic techniques.