在分布式电网终端中应用5G通信模块的有限资源系统内外部存储器实时替换机制

Lei Chen, S. An
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引用次数: 0

摘要

系统级软件需要读写硬件内存,分布式网格应用中一些资源有限的硬件系统如5G通信终端无法为指定的系统应用提供足够的内存空间。目前的一些方法,如硬件扩展或软件压缩,在一定程度上起作用,但不能解决问题。本文在对比内外部内存和单任务独立性的基础上,提出了一种实时替换机制,以面对和解决高速数据传输中分布式网格函数在运行内存和有限资源之间的正常切换所遇到的问题。实验表明,该方法可以支持有限资源系统运行需要内存的任务,在硬件扩展情况下,运行效率高达90.2%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Realtime replacement mechanism of internal and external memory in limited resources system applicating 5G communication module in distributed grid terminal
System level software need read and write hardware memory, and some hardware system with limited resources such as 5G communication terminal in distributed grid application could not provide enough memory space for specified system application minimum demand. Some current method such as hardware expansion or software compression, to some extent, take effect, but could not solve the problem. Base on contrast between internal and external memory and single task independence, this article propose a realtime replacement mechanism to face on the situation and solve the problem met in high speeding data transfer distribute gird function as usual between running memory and limited resources. Experiment show that it could support limited resources system to run memory-needing task, and running efficiency is 90.2% about to hardware expansion.
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