Computer Architecture Essentials: Instructions, Codes and Data Systems: A Practical Guide to Number System, Processor Design, Instruction Sets, Memory Organization, and Data Processing Systems. by Chandrakant Prajapati | barcode:9788197783579 | source:'9788197783579-right-three-quarter.jpg

Computer Architecture Essentials: Instructions, Codes and Data Systems: A Practical Guide to Number System, Processor Design, Instruction Sets, Memory Organization, and Data Processing Systems. by Chandrakant Prajapati

$21.99
Sale price  $21.99 Regular price 
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Computer Architecture Essentials: Instructions, Codes and Data Systems: A Practical Guide to Number System, Processor Design, Instruction Sets, Memory Organization, and Data Processing Systems. by Chandrakant Prajapati | barcode:9788197783579 | source:'9788197783579-right-three-quarter.jpg

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Computer Architecture Essentials: Instructions, Codes and Data Systems: A Practical Guide to Number System, Processor Design, Instruction Sets, Memory Organization, and Data Processing Systems. by Chandrakant Prajapati

$21.99
Sale price  $21.99 Regular price 
ISBN: 9788197783579

Computer Architecture Essentials: Instructions, Codes and Data Systems provides a clear and practical understanding of the fundamental concepts of computer architecture and organization. This book is designed for students, beginners, and technology enthusiasts who want to learn how computer systems process instructions, manage memory, and handle data efficiently. The book covers essential topics such as number system, instruction formats, machine codes, data representation, processor organization, memory hierarchy, input/output systems, and performance optimization techniques. Each chapter explains concepts in a simple and structured manner with examples, diagrams, and practical insights to strengthen understanding. Whether you are preparing for academic studies, competitive examinations, or technical interviews, this book serves as a valuable resource for building a strong foundation in computer architecture and modern computing systems.

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