Automatic Software Design System Reusing Design Knowledge (Testing Of Automatic Design System Cascaded With A CASE Tool)

自动软件设计系统重用设计知识（与CASE工具级联的自动设计系统测试）

• 批准号: 07558043
• 负责人: KOONO Zenya
• 金额: $ 3.58万
• 依托单位: Saitama University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 1995
• 资助国家: 日本
• 起止时间: 1995 至 1996
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-07558043/
• 关键词: ソフトウエア自動設計; CASEツール; ソフトウェア自動設計; ケースツール; 知的ケースツール; エキスパートシステム; 設計知識

The final object of this research is to create quite a new Intelligent CASE tool which designs software automatically reusing design knowledge acquired from human designed software documents. The target is to connect the existing CASE tool with the Intelligent part for automatic design by means of their file interfaces, and to explore the possibility of the new Intelligent CASE tool concept. Following are the major results obtained ;1.Research on foundations of design : The theoretical foundation of design has been investigated. (The resultant paper will be published in July issue of Journal of Japanese Society for Artificial Intelligence.) Based on it, systems structure as well as the evaluation of Intelligent CASE tool system have been studied, and the results were published in SIG on Knowledge Based Software Engineering of IEICE.All these are quite a new idea and the concept which is advanced than conventional automatic design systems.2.Automatic design system using Specification De … More scription Language SDL : The outline was published in ICCT '96, and a research model of the essential part of automatic design system for 'Process Splitting' and 'Task insertion' have been developed.3.Automatic design using general purpose CASE tool for Structured Design :^*Methods for the interconnections have been studied and evaluated. The existing standardized interface for CASE tool, named DXL,was proved to be not fitted for this purpose, as it based on textual representation of the designed system while this system bases on graphic document symbols. Therefore, a private interface for a CASE tool was chosen and the further studies have been made.^*Detailed studies on the interconnections with a CASE tool by Hitachi Chubu Software have been made. The result revealed that the amalgamation of the Intelligent part and the CASE tool is much better than the file base interconnection originally intended.^*The integration of the Intelligent part and the CASE tool has been studied and resulted to prove the new Intelligent CASE tool concept. It is published in January meeting of SIG on Knowledge Based Software Engineering of IEICE and its demonstration was made successfully. The target for this research has been thus completed and it is terminated. Less

本研究的最终目标是创建一个全新的智能案例工具，该工具可以自动重用从人类设计的软件文档中获得的设计知识来设计软件。目标是将现有的CASE工具与智能零件通过文件接口连接起来，实现自动设计，并探索新的智能CASE工具概念的可能性。主要研究结果如下：设计基础研究：研究了设计的理论基础。（该论文将发表在7月份的《日本人工智能学会杂志》上。）在此基础上，对智能案例工具系统的系统结构和评价进行了研究，并将研究结果发表在《基于知识的软件工程》杂志上。这些都是一种全新的思想和理念，比传统的自动设计系统先进。2 .基于规范描述语言SDL的自动设计系统：该提纲已在1996年ICCT上发表，并对自动设计系统的核心部分“进程拆分”和“任务插入”进行了研究。使用通用CASE工具进行结构化设计的自动设计：^*对互连方法进行了研究和评估。现有的CASE工具的标准化接口，名为DXL，被证明不适合这个目的，因为它基于设计系统的文本表示，而这个系统基于图形文档符号。因此，选择了CASE工具的专用接口，并进行了进一步的研究。^*使用日立中部软件的CASE工具对互连进行了详细的研究。结果表明，智能部分与CASE工具的合并比原先设想的文件库互连要好得多。^*研究了智能部件与CASE工具的集成，验证了新的智能CASE工具概念。该方法已在ieee基于知识的软件工程技术小组1月会议上发表，并成功进行了演示。因此，本研究的目标已经完成并终止。少

项目成果

Zenya Koono et al.: "Software Creation: Systematic Knowledge Acquisition for Expert Systems for Design" Proc. of The Third World Congress on Expert Systems. II. 847-835 (1996)

Zenya Koono 等人：“软件创建：设计专家系统的系统知识获取”Proc。

河野他: "系統的な設計の作業方式とその知識" 第13回設計シンポジウム予稿. 191-198 (1996)

Kono等人：“系统化设计工作方法及其知识”第13届设计研讨会论文集191-198（1996）。

Zenya Koono et al: "Design Method By Modeling Of Extended Finite State Machine" Technical paper (96-SE-107) of SIGSE of IPSJ. 113-120 (1996)

Zenya Koono 等人：IPSJ 的 SIGSE 的“Design Method By Modeling Of Extended Finite State Machine”技术论文 (96-SE-107)。

Zenya Koono: "Software Creation : Structure and Acquisition Of Design Knowledge" Technical paper (KBSE96-7) of SIGKBSE of IEICE. 49-56 (1996)

Zenya Koono：IEICE 的 SIGKBSE 的“软件创建：设计知识的结构和获取”技术论文 (KBSE96-7)。

河野善彌: "ソフトウエアクリエーション:設計知識の構造と獲得" 電子情報通信学会知能ソフトウエア工学研究会資料(KBSE96-7). 49-56 (1996)

Yoshiya Kono：“软件创建：设计知识的结构和获取”IEICE 智能软件工程研究组材料 (KBSE96-7) (1996)。