异构多核系统数据导航器的设计与实现

Hu Ge, Y. Song, Duoli Zhang, Zhen-cheng Chen, Yan Ma
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引用次数: 0

摘要

对于具有多个外设的多核系统,通常核心之间的通信和核心与外设之间的数据传输是单一的,数据传输无法规划、定型或拥塞控制。在本研究中,研究了一个用于管理多核系统中数据传输的数据导航器。数据导航器由两部分组成:数据管理器和数据传输控制器。当有如此多的设备被请求传输数据时,数据管理器使用三级优先级调整技术,数据传输控制器切换到DMA模式并使用AXI总线传输数据。实验结果表明,该架构可以在一定的多核系统环境下提供公平高效的数据传输,平衡响应速度,完成数据整形,整体提高系统性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Implementation of Data Navigator for Heterogeneous Multi-Core System
For a multi-core system with multiple peripherals, the usual communication between cores and data transmission between cores and peripherals is single, and the data transfer cannot be planned, shaped, or congested-controlled. In this research, a Data Navigator that is used to manage data transport in a multi-core system is studied. The Data Navigator consists of two parts: Data Manager and Data Transfer Controller. When so many devices are requested to transmit data, the data manager uses a three-level priority adjustment technique, and the data transfer controller switches to DMA mode and uses the AXI bus to convey the data. The proposed architecture may provide equitable and efficient data transmission in a certain multi-core system environment, balance response speed, complete data shaping, and improve system performance overall, according to experimental results.
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