並行処理ソフトウェアのプロトタイプの機能と性能の改善エキスパートシステム

用于改进并行处理软件原型的功能和性能的专家系统

• 批准号: 03680034
• 负责人: ITOH Kiyoshi
• 金额: $ 1.34万
• 依托单位: Sophia University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for General Scientific Research (C)
• 财政年份: 1991
• 资助国家: 日本
• 起止时间: 1991 至 1993
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-03680034/
• 关键词: concurrent software; prototyping; deadlock; bottleneck; expert system; navegation; evaluation; improvement; デンドロック; デッドロック; エキスパ-トシステム; 改善プラン; ボトルネット; オ-バ-フロ-; アンダ-フロ-

The purpose of prototyping is to assure, modify and refine the requirements and desig specifications with rapid repetition of software prototypin cycle consisting of prototype construction, execution and evaluation cycle steps. Especially, Tools should be developed for prototype evaluation step for complex software systems. These tools can diagnose the prototype behavior and execution results, and can provide the improvement plans in order to prompt software designers. As tools for prototype evaluation steps, I developed expert systems with the following characteristics :1. Many factors such as bottleneck, deadlock, time-up, overflow, undeflow can be diagnosed and improved.2.Feedback loop can be established from prototype evaluation to prototype construction.3.Navigation functions are introduced into prototyping cycle.4.This system is applicable to real-time tuning for running concurrent software systems.

原型设计的目的是通过快速重复由原型构建、执行和评估周期步骤组成的软件原型周期来确保、修改和细化需求和设计规范。特别是，应该为复杂软件系统的原型评估步骤开发工具。这些工具可以诊断原型行为和执行结果，并可以提供改进计划以提示软件设计者。作为原型评估步骤的工具，我开发了具有以下特点的专家系统：1。可以对瓶颈、死锁、超时、溢出、欠流等多种因素进行诊断和改进。2.可以建立从原型评估到原型构造的反馈环路。3.原型制作周期中引入导航功能。4.该系统适用于运行并发软件系统的实时调优。

项目成果

Itoh, K.and Honiden, S.: "Qualitative Reasoning Based Parameter Tuning on Bottleneck of Synchronized Queueing Network" IEEE Compsac'91. 307-314 (1991)

Itoh, K. 和 Honiden, S.：“基于定性推理的同步排队网络瓶颈参数调整”IEEE Compsac91。

Itoh, K.: "Systematic Integration of Real-Time System Prototyping with Qualitative and Quantitative Parameter Tuning Methods on the basis of Synchronized Queueing Network." WCES'94 (International Congress on Expert Systems). (1994)

Itoh, K.：“基于同步排队网络的实时系统原型与定性和定量参数调整方法的系统集成。”

Itoh, K.and Honiden, S.: "TransObj : Software Prototyping Environment for Real-Time Transaction-Based Software System Applications" International Journal of Software Engineering and Knowledge Engineering. 5-30 (1992)

Itoh, K. 和 Honiden, S.：“TransObj：基于实时事务的软件系统应用程序的软件原型环境”国际软件工程和知识工程杂志。

志田 圭介他: "同期型.持ち行列ネットワ-クのボトルネックに対する定性的なパラメ-タチュ-ニング法" 人工知能学会誌. 6ー6. 891-903 (1991)

Keisuke Shida 等人：“同步矩阵网络瓶颈的定性参数调整方法”日本人工智能学会杂志 6-6（1991）。

Honiden,S.他: "An Application of Artificial Intelligence to prototyping process for Performance Design in Realーtime system" ESEC'91. 189-209 (1991)

Honiden, S. 等人：“人工智能在实时系统性能设计原型过程中的应用”ESEC91 (1991)。