摘要
“模型黄河”数字化就是利用计算机技术、通信网络技术、室内GPS技术、地理信息技术、自动测控技术、虚拟仿真技术等,实现“模型黄河”试验数据采集的自动化、传输的网络化、管理的集成化、试验过程管理的智能化、试验办公的电子化;“模型黄河”数字化工程建设构建的数字集成平台最终将实现与“原型黄河”、“数字黄河”的资源共享、联合互动、互为作用。“模型黄河”数字化工程的建设是必要和可行的,其总体框架包括三大功能部分,即基础设施、专业服务平台和应用系统; 5个逻辑层,即信息采集层、信息传输层、数据存储层、专业服务平台层和应用系统层。
Digitalization of 'Model Yellow River' is to utilize the technologies of computer, communication network, indoor GPS, geographical information, automatic observation and control, virtual and emulation to achieve the objectives of automatic data collection, transmission network, integration of management and intelligentized management during the testing and computerized testing and working of 'Model Yellow River'. The final objective of digital integrated platform established by the digitalization project of 'Model Yellow River' is to achieve resources sharing, joint interaction and action each other with 'Prototype Yellow River' and 'Digital Yellow River'. The project is necessary and feasible, consisting of three major functional components of infrastructure, professional service platform and application system and five logic levels of information collection, information transmission, data storage, professional service platform and application system.
出处
《人民黄河》
CAS
北大核心
2005年第3期4-5,11,共3页
Yellow River
关键词
工程规划
数据采集
数据传输
数据存储
数据处理
“模型黄河”
engineering planning, data collection, data transmission, data storage, data processing, 'Model Yellow River'