3 Best-Selling CRC Books Millions Trust

Nancy M. Wilkinson's extensive experience in software projects shapes this detailed guide to using CRC (Class, Responsibility, Collaborator) cards as a tool for object-oriented development. You gain practical insight into applying CRC cards throughout the software lifecycle, from initial design to implementation, including how to translate these designs into C++ code effectively. The book is especially suited for software analysts, designers, and developers transitioning to object-oriented approaches, offering clear examples of interactive sessions that foster collaborative modeling. If you're looking to deepen your understanding of object modeling with a hands-on method grounded in real project experience, this book offers a solid foundation without unnecessary jargon.

What happens when digital design expertise meets error detection? Chitra Raju explores the design and implementation of a reconfigurable CRC circuit using FPGA technology, focusing on flexibility in CRC polynomial and message size. You learn how the architecture balances cost, speed, and adaptability, notably through FPGA's role in communication synchronization and frequency division. This book benefits engineers and developers working on networked PC communications where error detection and retransmission are critical, especially in medium noise environments. Chapters delve into implementing up to 32-bit CRC polynomials and selecting appropriate CRCs via a lookup table, providing concrete frameworks for practical hardware design challenges.

This tailored book explores advanced CRC design techniques and practical implementations tailored to your background and goals. It delves into the principles of cyclic redundancy checks, covering error detection fundamentals, polynomial selection, and hardware-software integration. Through a personalized approach, it focuses on your interests in optimizing CRC performance, implementing reconfigurable circuits, and understanding checksum algorithms. This book examines both the theoretical foundations and real-world applications of CRC, enabling you to grasp complex concepts with clarity. By combining established knowledge with your specific learning objectives, it offers a focused experience that addresses your unique needs and enhances your mastery of CRC design.

Philip Koopman challenges the conventional wisdom that understanding checksums and CRCs requires deep mathematical expertise by offering intuitive, accessible explanations that clarify their operation and limitations. You learn to distinguish among single-sum, dual-sum, and advanced checksum types like the Koopman checksum, along with how to select appropriate CRC polynomials for specific applications. The book’s chapters provide clear examples and C source code, making it especially useful if you're involved in embedded system design or software quality assurance. It’s best suited for engineers and developers seeking a practical yet thorough grasp of checksum algorithms without wading through heavy theory.