基于IPV6和云服务的异地远程测发控系统设计

Design of Remote Test and Launch Control System Based on IPV6 and Cloud Services

摘要:

为布局未来低成本、高密度、强管控的航天测试和发射场景，降低人员的保障成本，提高测试和发射效率，依托高带宽和广覆盖的互联网资源，设计了一种基于IPV6和云服务的异地远程测发控系统，适用于信息公开的商业发射任务，包括核心测发网络、云服务网络和异地测发网络；技术人员可通过异地测发网络远程接入核心测发网络执行测试和发射任务；在IPV4网络环境下，由云服务网络实现核心测发网络和异地测发网络的数据转发；在IPV6网络环境下，云服务网络为核心测发网络和异地测发网络搭建网络隧道，使二者可以直联通信，从而节约云服务网络资源；经过测试，两种网络环境均实现了远程通信功能，IPV6网络环境具有更低的传输延时和云服务器资源占用，证明系统具有搭建成本低和使用地点灵活的优点，能够降低任务保障成本。

Abstract:

For the layout of future low-cost, high-density, strong control space test and launch scenarios, reduce the cost of personnel support, improve test and launch efficiency, relying on high bandwidth and wide coverage of internet resources, a remote test and launch control system based on internet protocol version 6 (IPV6) and cloud services is designed, suitable for commercial launch missions with open information, includes core test and launch network, cloud service network, remote test and launch network; Technicians can remotely access the core test and launch network through the remote test and launch network to perform test and launch tasks; In the internet protocol version 4 (IPV4) network environment, the cloud service network realize the data forwarding of the core and remote network; In the IPV6 network environment, the cloud service network builds a network tunnel for the core and remote network, so that the two can communicate directly to saving cloud service network resources; After testing, the remote communication function is realized in both network environments, IPV6 network environments have lower transmission latency and cloud server resource usage, proved that the system has the advantages of low network construction cost and flexible location, can reduces the mission support costs.