【摘要】 针对构建快速、灵活、弹性和高效的地面中心系统以及提升互联网海量用户前提下的系统响应时效性和精准性的挑战，提出了面向服务的混合架构测运控一体化云中心设计思想。首先，通过构建云平台、分布式面向服务软件架构，提升中心的弹性并行任务执行能力；然后，通过采用“中心化”和“去中心化”软件交互模式，提升中心统一资源调度与管理能力以及系统的易集成和易扩展程度；最后，通过构建面向服务架构的软件系统，提升中心海量用户的服务实时响应能力。更多还原

【Abstract】 Aiming at challenges of building a fast, flexible, elastic, and efficient satellite ground system, as well as improving the timeliness and accuracy of system response under the premise of a massive Internet user base, design idea for an integrated satellite measurement and operation control center with service-oriented and cloud-based hybrid architecture is proposed. Firstly, by constructing a cloud platform and distributed and service-oriented software architecture, its elastic and parallel task execution capability is improved. Then, by adopting a kind of software interaction mode combined with the "centralization" and the "decentralization", its unified resource scheduling and management capability is enhanced, as well as the ease of integration and scalability of the system. Finally, by constructing a software system based on service-oriented architecture(SOA), its real-time responsiveness to a large number of users is improved.更多还原