Strategic Life-Cycle Management for Civil Infrastructure Systems with the Latest Information Technologies

利用最新信息技术对民用基础设施系统进行战略生命周期管理

• 批准号: 13305030
• 负责人: MIYAMOTO Ayaho
• 金额: $ 22.05万
• 依托单位: Yamaguchi University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (A)
• 财政年份: 2001
• 资助国家: 日本
• 起止时间: 2001 至 2003
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-13305030/
• 关键词: Civil Infrastructure System; Life-Cycle Management; Latest Information Technology; Japan Bridge Management System; Expert System; Virtual Reality (VR) System; Image Processing; World Standard Database System; 調査、点検; 補修、補強

In our country, because there are a huge number of civil infrastructure systems, it will be becoming a major social concern to develop an integrated lifetime management system for such infrastructures in the near future. Then we need to develop an innovative system for long-term lifetime management engineering as Doctor for Infrastructure Systems. Namely, it needs to develop an integrated lifetime management system for civil infrastructure systems combined with the latest information processing technologies and intelligent health monitoring techniques, and also to establish the Doctor Degree for Civil Infrastructure Systems (INFRADOCTOR). This research project makes discussions about our Japanese strategy of life-cycle management in civil infrastructure systems for the 21st Century with outstanding members of advanced countries such as Europe, the United States, etc. During the term of this project, we established a good collaboration with LIFETIME Thematic Network, an organization based in Finland that is now being launched by the European Union as an area-wide project, PONTIS group led by the United States, etc widely. Then, three International Symposiums on Infrastructure Maintenance and Environ-mental Management were held in Yamaguchi University. In the Symposiums, we had made many fruitful discussions about how database systems were shared by combining health monitoring and next generation information technologies, and how world standards for an integrated life-cycle management system were developed. Thus, there has been a move, mainly among the countries with well-developed social capital, to establish a common global goal. It is important for Japan to establish an advanced management system in the relevant field ahead of the rest of the world in close coordination with the recent move and create a base for research that will enable Japan to lead the world.

在我国，由于民用基础设施系统数量庞大，开发民用基础设施的综合寿命管理系统将在不久的将来成为一个重要的社会问题。然后，我们需要开发一个创新的长期生命周期管理工程系统作为基础设施系统博士。即结合最新的信息处理技术和智能健康监测技术，开发民用基础设施系统综合寿命管理系统，并建立民用基础设施系统博士学位（INFRADOCTOR）。本课题与欧美等先进国家的优秀成员探讨了面向21世纪的我国民用基础设施系统全生命周期管理战略。在这个项目期间，我们与总部位于芬兰的LIFETIME专题网络，一个目前由欧盟作为一个区域项目启动的组织，以及由美国领导的PONTIS小组等建立了良好的合作关系。然后，在山口大学举行了三次关于基础设施维护和环境管理的国际专题讨论会。在研讨会上，我们就如何结合健康监察和新一代资讯科技共享数据库系统，以及如何制定综合生命周期管理系统的世界标准，进行了许多富有成效的讨论。因此，主要是在社会资本发达的国家中，已经有了建立一个共同的全球目标的行动。重要的是，日本应与这一动向密切配合，在相关领域建立领先于世界的先进管理体系，并建立能够引领世界的研究基地。

项目成果

Integrated Life-Cycle Management for Civil Infrastructure in JAPAN

日本民用基础设施的综合生命周期管理

• 发表时间: 2003
• 期刊: Proc.of the 3^<rd> International IABMAS Workshop 1
• 作者: Baufu Yan;Ayaho Miyamoto;Satoshi Goto;Ayaho Miyamoto;Ayaho MIYAMOTO
• 通讯作者: Ayaho MIYAMOTO

Hideaki NAKAMURA: "DEVELOPMENT OF AUTOMATIC DRAWINGS SYSTEM FOR HIERARCHY MODEL AND ITS INTEGRATION IN THE MAINTENANCE DECISION SUPPORT SYSTEM"Proceeding of Bridge Maintenance, Safety and Management. No.84(CD-ROM). 1-8 (2002)

Hideaki NAKAMURA：“层次模型自动绘图系统的开发及其在维护决策支持系统中的集成”桥梁维护、安全和管理论文集。

宮本文穂: "【2002年制定】コンクリート標準示方書[耐震性能照査編]"(社)土木学会. 133 (2002)

Fumiho Miyamoto：“[2002 年制定]混凝土标准规范[抗震性能验证版]”日本土木工程师学会 133 (2002)。

Development a Virtual Bridge Construction System for Safety Management

开发用于安全管理的虚拟桥梁施工系统

• 发表时间: 2003
• 期刊: Asian Journal of Information Technology 2-3
• 作者: Baufu Yan;Ayaho Miyamoto;Satoshi Goto;Ayaho Miyamoto;Ayaho MIYAMOTO;Ayaho MIYAMOTO;Ayaho MIYAMOTO
• 通讯作者: Ayaho MIYAMOTO

宮本文穂: "プレストレストコンクリート橋診断エキスパートシステムの開発例"検査技術. Vol.88. 32-39 (2004)

宫本文穗：“预应力混凝土桥梁诊断专家系统开发实例”检查技术第32-39卷（2004年）。