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System Development of Network Type Gaming-Simulator for Solving Urban and Regional Problems

解决城市和区域问题的网络型游戏模拟器系统开发

基本信息

批准号：
13680518
负责人：
KANEDA Toshiyuki
金额：
$ 2.11万
依托单位：
Nagoya 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：
2001
资助国家：
日本
起止时间：
2001 至 2003
项目状态：
已结题

项目摘要

This study aims at refining techniques of simulation and gaming as an exploration tool seeking for the requirements of consensus building, creative solutions or self-change of social system that has various kinds of roles and in that they compete with each other. It means to require that we have to describe problem situations by using a system theory of multi-agent system. We need to 'DIG INTO' them in order to get the break-through of the limits of existing simulation and gaming techniques.Our original proposal was aiming at developing a practicalgaming-simulator, but we found out that its technical difficulty and requirements of the resources depend on its 'contents' for implementing, so we had better do theoretical works at first such as adequate definitions of 'contents' classes. After all we had changed our research focus much more technicallyBut we has spent two and a half years for the 'DIGGING INTO', because our problems cover broad range of academic fields not only social-engineering in narrow sense but also sociology, psychology, law study, economics and so on.In this study, we surveyed existing gaming-models on 'urbanization conflict' that were published from 1970 to 1985, and examined characteristics, especially two facets of the conflict, such as 'interest-conflict' and 'cognition-conflict'. We refer to hypergame theory describing 'cognition-conflict', we also refer to 'procedural system design' for implementing network type gaming simulator, we refer to 'Assisted Negotiation for Large Retail Stores and Town Management Organization' and 'Visual Simulator for Townscape Formation District Planning Support'

本研究旨在提炼模拟和游戏技术，作为一种探索工具，寻求具有各种角色且相互竞争的社会系统的共识构建、创造性解决方案或自我改变的需求。这意味着要求我们必须用多智能体系统的系统理论来描述问题情况。为了突破现有模拟和游戏技术的限制，我们需要“深入挖掘”它们。我们最初的建议是开发一个实用的算法模拟器，但我们发现它的技术难度和资源需求取决于它的“内容”来实现，所以我们最好先做一些理论工作，比如充分定义“内容”类。但是我们花了两年半的时间来进行“深挖”，因为我们的问题涵盖了广泛的学术领域，不仅是狭义的社会工程，还包括社会学、心理学、法学、经济学等。在本研究中，我们调查了1970年至1985年间发表的关于“城市化冲突”的现有博弈模型，并研究了冲突的特征，特别是冲突的两个方面，如“利益冲突”和“认知冲突”。我们参考描述“认知冲突”的超博弈理论，我们也参考“程序系统设计”来实现网络类型的游戏模拟器，我们参考“大型零售商店和城镇管理组织的辅助谈判”和“城镇景观形成区域规划支持的视觉模拟器”。