Development of total supporting system with interactive simulation system for pre-recovering for anti-desaster

抗灾预恢复交互式模拟系统整体支撑系统开发

基本信息

批准号：
14205089
负责人：
SATOH Shigeru
金额：
$ 22.88万
依托单位：
Waseda University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (A)
财政年份：
2002
资助国家：
日本
起止时间：
2002 至 2004
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-14205089/
关键词：
anti-disaster design and planning pre-recovering simulation and gaming densely district community improvement total supporting system 木浩密集市街地

项目摘要

Prof.Shigeru Satoh directed this research and development project and organized three sub-research teams as follows,Team A : Research on self-organizing process models of built environmentTeam B : Development of simulation and gaming models for pie-recovering for anti-disasterTeam C : Development of interactive simulation system for pre- ecovering for anti-disasterModel study sites are selected form typical high-densely area accumulated of old wooden structures, Ichikawa-minami District and Mukoujima District where this research team has been involved in the Machizukuri (community improvement design) process.Through this research, the methodology for total supporting system including simulation and gaming method for future community improving scenario was developed as follows,1)On the model sites, simulation and gaming of community design workshops are organized, and future scenarios are analyzed.2)Simultaneous simulation and gaming system using both scale models of community physical setting and three dimension computer modeling, which could present future community image are developed, as a method for consensus building through design workshop,3)Using this system on real communities, Ichikawa-minami and Mukoujima, social experiment for simulating for pre-recovering of communities are practiced.4)Web site was designed as total supporting system for pre-recovering community of anti-disaster are opened for pubic.The total supporting system for community pre-recovering established as methodology for anti-disaster is made dear to be workable.

Shigeru satoh教授指导了这项研究和发展项目，并组织了三个子研究团队，如下所示，A团队：对建筑环境的自组织过程模型的研究，用于构建环境的b：开发用于pie的模拟和游戏模型，用于反向造成反式式的pie codisasteam c：用于开发交互式模拟系统，用于培养型号典型的典型典型的典型典型的典型型号，是典型的典型型号， Ichikawa-Minami区和Mukoujima区，该研究团队参与了Machizukuri（社区改进设计）过程。通过这项研究，总支持系统的总支持系统的方法，包括用于未来社区改进的模拟和游戏方法，如下所示，如下所示，1）在模型站点，模型和游戏中的模拟和游戏，分析和未来的场景。使用社区物理环境和三维计算机建模的系统模型，可以呈现未来的社区形象，作为通过设计研讨会建立共识的方法，3）3）在实际社区，Ichikawa-Minami和Mukoujima上使用该系统，Ichikawa-Minami和Mukoujima，社会实验，用于模拟社区的预先养空的社区。耻骨。作为反disasater的方法，建立的社区预先续集的总支持系统是可行的。