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3-D Memory Organization and Performance Analysis for Multi-processor Network-On-Chip Architecture

机译:三维内存组织和多处理器网络上架构的性能分析

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Several forms of processor memory organizations have been in use to optimally access off-chip memory systems mainly the Hard disk drives (HDD). Recent trends show that the solid state drives - (SSD) such as flash memories replacing HDDs and multi-processor memory system realized in a single 3-D structure with network-on-chip (NOC) architecture as a communication medium. This paper discusses high level memory organization and architectural modeling and simulation based on 3-D NOC. A comparative analysis among several models including Dance-hall, Sandwich, Terminal, Per-layer and mixed architectures is done. Simulations in cycle accurate 3-D NOC VHDL model are done to evaluate the performance each architecture in uniform and local traffic patterns.
机译:已经使用了几种形式的处理器内存组织来最佳地访问片外存储器系统,主要是硬盘驱动器(HDD)。最近的趋势表明,固态驱动器 - (SSD),如闪存,替换HDDS和多处理器内存系统,以单个3-D结构实现,具有网络上的网络(NOC)架构作为通信介质。本文讨论了基于3-D NOC的高级记忆组织和架构建模和仿真。完成了舞厅,三明治,终端,每层和混合架构的几种模型之间的比较分析。完成循环中的模拟精确的3-D NOC VHDL模型,以评估统一和局部流量模式的每个架构的性能。

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