Bus buffer modeling and optimization for a microprocessor

Xufan Wu, Jun Yang, Longxing Shi
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Abstract

Inserting bus buffer is one significant method for solving the collisions in the microprocessor. And it is pivotal to determine the buffer size because of the performance and hardware resource constraints. This paper proposes a method for estimating the buffer size based on a prioritized M/G/1 queuing model and a high-level simulation model according to a RISC microprocessor. Both the results of queuing network model and the results of simulation model were found to be valuable. With the help of proposed simulation and estimating method, bus buffer size can be determined fast and accurately for the implementation
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微处理器总线缓冲区建模与优化
插入总线缓冲器是解决微处理器内部碰撞问题的一种重要方法。由于性能和硬件资源的限制,确定缓冲区大小是至关重要的。本文提出了一种基于优先级M/G/1排队模型和基于RISC微处理器的高级仿真模型的缓冲区大小估计方法。排队网络模型和仿真模型的结果都是有价值的。利用所提出的仿真和估计方法,可以快速准确地确定总线缓冲区大小,为实现提供依据
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