快速响应卫星动态组网与数据传输控制技术研究

Oerationally responsive space (ORS ) concerns how to on demand deploy intelligent small satellite for military and emergency. However the key technology to operational response has just started, there are many open scientific problems about ORS satellite not only itself size,weight and fast launch, but also data transortation,dynamic modulating and management the configration of multi-functions and so on. Aiming at dynamic networking and data transportation of ORS satellite, this project investigates the cooperation control mechanism and method of heterogeneous satellites cooperated communication by means of Ad Hoc Networking, Intelligent Scheduling and Autonomous Computing theories, Mainly to solve on demand quickly satellite networking, data transmission control techniques and self-adaptation inter-satellite routing. It is expected to enable dynamic adjustment of networking scheme according to the task requestion and space situation, which will lay down the theory base for the future research on space conmmunication QoS (quality of service) with high effect processing and fast transmission.

快速响应空间(Operationally Responsive Space)涉及到如何按需即时部署智能小卫星以满足军事和应急任务需求，其研究刚刚起步。除了ORS卫星本身尺寸、重量和快速发射技术外，还有数据传输与多功能配置的动态调整和管理等问题亟待解决。本项目针对快速响应卫星动态组网与数据传输问题，综合运用自组织网络、智能调度和自主计算理论，研究异构卫星协同通信的控制机制和管理方法，包括支持即时任务的快响卫星动态组网技术，卫星数据传输控制技术和自适应星间路由算法等，使之能够根据任务需求和空间情况进行组网方案的动态调整，为进一步研究高效处理和快速传输的空间通信服务质量(QoS)奠定理论基础。

快速响应空间(Operationally Responsive Space)涉及到如何按需即时部署智能小卫星以 满足军事和应急任务需求，其研究刚刚起步。除了ORS卫星本身尺寸、重量和快速发射技 术外，还有数据传输与多功能配置的动态调整和管理等问题亟待解决。本项目针对快速响应卫星动态组网与数据传输问题，综合运用自组织网络、智能调度和自主计算理论，研究了异构卫星协同通信的控制机制和管理方法，包括支持即时任务的快响卫星动态组网技术，卫星数据传输控制技术和自适应星间路由算法等，使之能够根据任务需求和空间情况进行组网方案的动态调整，为进一步研究高效处理和快速传输的空间通信服务质量(QoS)奠定了理论基础。