Building an ISS for Volcanic Disaster Reduction of Civil Defense

建设国际空间站以减少民防火山灾害

基本信息

批准号：
17560467
负责人：
SAITO Kazuo
金额：
$ 2.3万
依托单位：
Muroran Institute of Technology
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2005
资助国家：
日本
起止时间：
2005 至 2006
项目状态：
已结题

项目摘要

The Hanshin-Awaji Earthquake caused tremendous damage and became a turning point in Japan's disaster-control administration. It was taken as an opportunity to review the nation's basic disaster-control plan, and measures to prevent accident damage were added as part of the plan. For quick restoration from damage, Ti is essential for related organizations to exchange information and work in cooperation with each other. There are actually some arguments about the legalization of CALS for disaster prevention and wide-area support agreements among local governments. The purpose of this study was to establish a systematic restoration optimization model by cooperation and to solve a simulated restoration problem. The four main results of this study are as follows;1) The design method of Multi Agent for a scheduling problem was organized and the application of a Growing Artificial Societies Models to the optimization problem of the restoration process with the cooperation of multiple restoration groups was presented.2) As a cooperative restoration problem, contrivances used for Multi Agent Simulation were presented so that Multi Agent would always satisfy the combination constraints of restoration groups.3) As a evaluation model of objective function in the Multi Agent, a model in which "numbers of restoration groups", "restoration materials", "location assignment of restoration groups", "territories", "damage information" and "forms of damage" could be handled freely as variables was established.4) As a case study, calculation was performed using a improvement of the accuracy of solutions by the ideas of this study was verified.

Hanshin-Awaji地震造成了巨大的破坏，并成为日本灾难控制政府的转折点。它被视为审查美国基本灾难控制计划的机会，并在该计划的一部分中添加了防止事故损害的措施。为了快速恢复损坏，TI对于关联组织进行交换信息和彼此合作的工作至关重要。实际上，关于CAL的合法化为预防灾难和地方政府之间的广泛支持协议有一些论点。这项研究的目的是通过合作建立系统的恢复优化模型，并解决模拟的恢复问题。这项研究的四个主要结果如下； 1）组织了调度问题的多代理的设计方法，并将不断增长的人造社会模型应用于恢复过程的优化问题，并提出了多个恢复组的优化问题。2）2）作为一个合作的恢复问题，以使多个代理的合作模型始终如一，以使多个构图的组合构成的组合构成了组合的组合，使得构成了组合的组合。在多代理中的功能，该模型在其中“恢复组的数量”，“修复材料”，“恢复组的位置分配”，“领土”，“损害信息”和“损害形式”可以自由处理，因为变量已建立。4）作为案例研究，使用该研究的构想来改进解决方案的准确性来进行计算。