Systematic integration of qualitative and quantitative parameter tuning methods for improving real-time system prototypes by AI techniques

K. Itoh
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引用次数: 2

Abstract

In performance improvement, there are a number of parameter tuning plans for improving a real-time system prototype. The author has developed two knowledge-based expert systems, BDES and BIES. BDES qualitatively diagnoses or identities bottlenecks and their sources, and generates qualitative improvement plan. BIES quantitatively estimates the effects of the improvement for bottleneck and their sources on the whole queueing network. BDES and BIES assume a real-time transaction oriented concurrent software system: (TCSS) as a queueing network (QN). Performance of a TCSS can be highly improved in systematic fashion with the complementary, integrated use of qualitative reasoning and quantitative reasoning. BDES and BIES are the components of TransObj which the author developed for real-time system prototyping.<>
基于人工智能技术改进实时系统原型的定性和定量参数调整方法的系统集成
在性能改进方面,有许多用于改进实时系统原型的参数调优计划。作者开发了两个基于知识的专家系统:BDES和BIES。BDES定性诊断或识别瓶颈及其来源,并制定定性改进计划。BIES定量地估计了瓶颈改进对整个排队网络的影响及其来源。BDES和BIES假设一个面向实时事务的并发软件系统(TCSS)是一个排队网络(QN)。通过定性推理和定量推理的互补和综合使用,可以以系统的方式高度提高TCSS的性能。BDES和BIES是作者为实时系统原型开发的TransObj组件
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