Computer Logic Design Principles and Applications [Hardcover]

This book provides the reader with the key concepts and techniques of modern digital logic design and applications. This concise treatment provides essential development and explanations for both classical and modern topics. The modern topics include unicode, unipolar transistors, copper technology, flash memory, HDL, verilog and logic simulation software tools. Also covered are combinatorial logic circuits and transistor circuits. It will be an essential resource for computer scientists, logic circuit designers and computer engineers.An understanding of modern computer logic-incorporating core knowledge of number systems, number conversions, Boolean algebra, memories, and logic circuits-is fundamental to further study of computer architectures, system software, and computer networks.Computer Logic: Design Principles and Applications introduces and describes the relevant concepts, principles and applications of modern computer logic design. The book is self-contained, with an introductory chapter that concisely covers the history of computing devices, as well as number systems, number conversions, signed and unsigned integers, external code, and digital and digitizing concepts. Dedicated chapters on Boolean algebra, transistor circuits, combinatorial logic circuits, and sequential logic circuits round off the work. The emphasis is on design and applications.Topics and features: * Explains Boolean Algebra and logic design essentials in clear fashion * Includes modern topics, such as Unicode, Exclusive Or Theorems, unipolar transistors, copper technology, flash memory, Hardware Descriptive Language, and logic simulation software tools * Thorough coverage of combinatorial logic and provides numerous design examples, such as gates, decoders and encoders, comparators, carry-save and carry-propagated adders, multiplication trees, and programmable logic arrays * Provides chapter-by-chapter summary points, supplementary examples, and exercises * Sequential logic presentl3*