基于缓存的决策过程评价框架研究

D. Swierczynska, T. Stach, Mariusz Pelc
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引用次数: 1

摘要

虽然愿意实现任何自学习机制,但决策制定过程必须通过回忆以前的一些决策来部分支持,而不是在每次需要决策时触发推理过程。对于存储先前决策的相对简单的系统不需要任何复杂的机制,但对于一些复杂的系统,当有多个决策和许多环境信息需要在做出这些决策时进行分析时,整个上下文信息(关于环境状态和伴随的决策的信息)可能需要一方面由数据库系统(提供有效的搜索机制)支持,另一方面,通过一个类似缓存的系统,甚至可以通过在最典型的情况下提供快速访问机制来改进决策过程。本文的目的是提出一个框架,用于在嵌入式系统中对实际缓存管理算法进行基准测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Toward a Framework for Evaluation of Cache-Based Decision Making Process
While willing to implement any self-learning mechanisms, the decision making process must be partially supported by recalling some previous decisions rather than triggering the reasoning process every time a decision is needed. For relatively simple systems storing previous decisions does not need any sophisticated mechanism but for some complex systems, when there are multiple decisions and many environmental information to be analysed while making those decisions, the whole context information (information about the environment state and accompanying decision) may need to be supported on one hand, by a database system (providing efficient search mechanisms) and on the other hand, by a cache-like system that would even improve decision making process by providing quick access mechanism in the most typical situations. The aim of this paper is to propose a framework for benchmarking real cache management algorithms within embedded systems.
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