Simulation and Analysis of Different Switch Architectures for Interconnection Networks in MIMD Shared Memory Machines - Softcover

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9781333237998: Simulation and Analysis of Different Switch Architectures for Interconnection Networks in MIMD Shared Memory Machines

Synopsis

This book explores the design, performance analysis, and simulation of different types of switches used in interconnection networks. These networks are critical components in high-performance computing systems, connecting multiple processors to memory modules. The book investigates the impact of architectural features on latency and throughput, providing valuable insights for system designers. The author presents various switch architectures, analyzing their strengths and limitations. Different buffering schemes and data path widths are examined, considering factors such as cost, complexity, and performance trade-offs. The book also introduces the concept of "hot spot traffic," where certain memory locations experience high demand, and investigates its impact on network performance. Through a combination of theoretical analysis and simulation results, the author provides a comprehensive understanding of switch design and its implications for network efficiency. Overall, this book is a valuable resource for computer scientists, engineers, and researchers working in the field of parallel and distributed computing. It offers a detailed exploration of switch architectures and their impact on network performance, providing insights that can guide the design of efficient and scalable computing systems.

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