Multistage Interconnection Network Design for Engineers 1st Edition

Discover a clear, practical guide to modern switching architectures with Multistage Interconnection Network Design for Engineers, 1st Edition by Shilpa Gupta. Whether you’re an undergraduate tackling digital systems, a graduate student specializing in computer architecture, or a practicing engineer designing high-performance networks, this book turns complex multistage interconnection network (MIN) concepts into usable engineering knowledge.

Start with strong foundations—signal routing, switching fabrics, and topology choices—and progress to applied topics such as routing algorithms, fault tolerance, performance trade-offs, and scalability strategies. Carefully written explanations and real-world design examples make it easier to understand how choices in network design affect latency, throughput, and reliability in systems from multicore processors to data-center switches.

Packed with practical insights, this edition emphasizes design thinking: how to evaluate alternatives, model performance, and implement resilient interconnection schemes. Each chapter focuses on problem-solving, giving readers the analytical tools to design, simulate, and optimize MINs for specific requirements and constraints.

Perfect for engineers and students in India and worldwide, this book is an essential reference for course study, research projects, and professional development. If you need a concise, authoritative resource that blends theory with hands-on guidance, Shilpa Gupta’s 1st Edition delivers clarity and confidence.

Bring rigor to your network designs—add Multistage Interconnection Network Design for Engineers, 1st Edition to your library today and accelerate your mastery of modern interconnection networks.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.