An Architecture of the Shipbuilding CAD System with referring to the Knowledge by the Semantic Web and Workflow Software

语义网和工作流软件知识的造船CAD系统体系结构

• 批准号: 14350518
• 负责人: YAMATO Hiroyuki
• 金额: $ 9.34万
• 依托单位: The University of Tokyo
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 2002
• 资助国家: 日本
• 起止时间: 2002 至 2003
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-14350518/
• 关键词: ship design; Semantic web; workflow; design education; e-learning; XML; CADシステム; 設計知識; 造船基本設計; 知識システム; セマンティックウェブ; RDF構成方法

A new knowledge intensive architecture based on the semantic web and workflow system combined with the commercial shipbuilding CAD system TRIBON. Basic design of the ship is chiefly discussed in this project. Customer will provide the vague specification which may include the type and volume of the cargo, speed, route and some others. Designers will define the ship by referring the past data and practice of the ship design. In this project, data and documents are on the web, which are retrieved very easily by the semantic web methodology based on the conventional design knowledge. Workflow system is also implemented in this project, which can be used by the experienced designers with documents and data used in every aspect of ship design.Once the general arrangement is settled, the data will be transferred into the TRIBON system and designers will go further into detailed design with using the profound resources and mechanisms in the TRIBON. This mechanism will bring the efficiency both in time and in quality.This system might be available for the shipbuilding educational CAD system. Teachers and instructors should implement the workflow and its sufficient documents and data, students will follow the guide to achieve their own design without referring to the textbooks.This system is open on the web and project team have proposed shipbuilding e-learning system to the international circle as an international effort for the modernized ship design education.The methodology is given in the following web site.http://grimm.t.u-tokyo.ac.jp/~utess/

结合商业造船CAD系统TRIBON，提出了一种基于语义网和工作流系统的知识密集型体系结构。本课题主要讨论船舶的基本设计。客户将提供模糊的规格，其中可能包括货物的类型和体积，速度，路线和其他一些。设计人员将参考过去的船舶设计资料和实践来定义船舶。在这个项目中，数据和文档是在Web上，这是非常容易检索的语义Web方法的基础上，传统的设计知识。本项目还实现了工作流系统，为有经验的设计人员提供了船舶设计各个环节所需的文档和数据，在总体布置确定后，将数据导入TRIBON系统中，设计人员可以利用TRIBON系统中丰富的资源和机制进行详细设计。该系统可应用于造船教学CAD系统中。教师和指导者应执行工作流程及其足够的文档和数据，学生将按照指南实现自己的设计，而无需参考教科书。该系统是在Web上开放的，项目组已向国际界提出了造船电子学习系统，作为现代化船舶设计教育的国际努力。方法论在以下网站中给出：site.http://grimm.t.u-tokyo.ac.jp/~utess/

项目成果

大和裕幸: "Ship design, production and yard operation based of Information Technology infrastructure"Proceedings of the 8^<th> Intl.Marine Design Conference, Invited lecture. 1-19 (2003)

大和博之：“基于信息技术基础设施的船舶设计、生产和堆场运营”第8届国际船舶设计会议论文集，特邀报告1-19（2003）。

Hiroyuki Yamato et al.: "An Application of Semantic Web for Ship Design System"Conference Proceedings, Soc.of Naval Architects of Japan. Vol.1. 31-32 (2003)

Hiroyuki Yamato 等人：“语义网在船舶设计系统中的应用”会议记录，日本造船学会。

大和裕幸: "The preliminary ship design software and database for the student friendly software based on the Semantic Web architecture"Workshop notes on the student friendly shipbuilding software, separated paper. (2002)

Hiroyuki Yamato：“基于语义 Web 架构的学生友好型软件的初步船舶设计软件和数据库”关于学生友好型造船软件的研讨会笔记，独立论文（2002 年）。

Hiroyuki Yamato: "Ship design, production and yard operation based of Information Technology infrastructure"Proceedings of the 8^<th> Intl.Marine Design Conference, Invited lecture. Vol 1. 1-19 (2003)

大和博之：《基于信息技术基础设施的船舶设计、生产和堆场运营》第八届国际船舶设计大会论文集，特邀报告。

大和裕幸, 他2名: "セマンティックウェブの造船設計システムへの応用(第二報)"日本造船学会講演会論文集. 第2号. 129-130 (2003)

Hiroyuki Yamato 等人：“语义网在造船设计系统中的应用（第二次报告）”日本造船学会会议记录第 2. 129-130 号（2003 年）。