CAUPS(computer aided urban p lann ing system)系统是一个基于对象和Agent的计算机辅助城市规划系统,它改变了传统城市规划中需要使用多种不同软件协同设计的规划模式,实现了一种新的城市规划流程,即通过辅助规划人员定义对象、添加...CAUPS(computer aided urban p lann ing system)系统是一个基于对象和Agent的计算机辅助城市规划系统,它改变了传统城市规划中需要使用多种不同软件协同设计的规划模式,实现了一种新的城市规划流程,即通过辅助规划人员定义对象、添加对象、系统自动评估设计方案等步骤,大大提高了城市规划的效率。介绍了CAUPS的设计与实现方法,其主要特点一是将传统G IS中的关系数据形式转变成以对象为基本单位的面向对象形式;二是采用实体Agent作为其运行的基本单元。该系统已成功地应用于杭州西湖申报世界文化遗产等规划项目中。展开更多
In order to develop an urban GIS of Fez, we began with the scoping and feasibility study of the system. This strategic review has identified the characteristics of the urban areas, their problems, needs and existing p...In order to develop an urban GIS of Fez, we began with the scoping and feasibility study of the system. This strategic review has identified the characteristics of the urban areas, their problems, needs and existing potential, both in terms of data, equipment or personnel. This contribution focuses on a conceptual modeling of the geospatial database, the proposed template for the system and the quality assurance plan for the project. According to the feasibility study conducted during the first phase, the system must have an architecture respecting the intervention of actors in the city. Therefore, the implementation of the system requires an adequate hardware and software platform for optimum operation of the proposed urban GIS. After identifying technical choices, the financing plan of this scenario has been proposed. This arrangement is structured in three parts: Hardware, Software and Development/Training.展开更多
文摘CAUPS(computer aided urban p lann ing system)系统是一个基于对象和Agent的计算机辅助城市规划系统,它改变了传统城市规划中需要使用多种不同软件协同设计的规划模式,实现了一种新的城市规划流程,即通过辅助规划人员定义对象、添加对象、系统自动评估设计方案等步骤,大大提高了城市规划的效率。介绍了CAUPS的设计与实现方法,其主要特点一是将传统G IS中的关系数据形式转变成以对象为基本单位的面向对象形式;二是采用实体Agent作为其运行的基本单元。该系统已成功地应用于杭州西湖申报世界文化遗产等规划项目中。
文摘In order to develop an urban GIS of Fez, we began with the scoping and feasibility study of the system. This strategic review has identified the characteristics of the urban areas, their problems, needs and existing potential, both in terms of data, equipment or personnel. This contribution focuses on a conceptual modeling of the geospatial database, the proposed template for the system and the quality assurance plan for the project. According to the feasibility study conducted during the first phase, the system must have an architecture respecting the intervention of actors in the city. Therefore, the implementation of the system requires an adequate hardware and software platform for optimum operation of the proposed urban GIS. After identifying technical choices, the financing plan of this scenario has been proposed. This arrangement is structured in three parts: Hardware, Software and Development/Training.
