摘要
高可靠的测试网络作为运载火箭远距离测发控的基础平台,是实现运载火箭地面远距离测试发控的重要技术保障;通过对运载火箭地面测发控网络架构深入研究,采用国产商用网络设备搭建原型平台、开展原理性验证试验,经过反复试验,不断改进技术方案,解决了冗余热备网络协议选用、冗余故障切换、故障切换实时性、网络可靠性等技术难题,提出了基于国产化设备的网络架构设计方案;对网络架构的工作原理、可靠性、实时性、安全性进行了详细分析;建立的国产化高可靠网络架构,不仅能够应对复杂的火箭测试现场,使网络平台具有更好的可靠性、实时性、扩展性和灵活性,更进一步提高了网络的安全性;设计的国产化网络平台架构可用于运载火箭地面测发控网络使用。
High available network is the basic platform for the rocket remote measure-launch-control,it is an important technology to guarantee measure,launch and control for launching rocket remotely.By deeply researching the network architecture of rocket measurelaunch-control on ground,building prototype network platform using domestic commercial network equipment,carrying out many tests for proof of concept.Solve problems such as redundant hot standby protocol selection,instant redundant fault fail-over,real-time data transmission,network platform reliability improvement and so on.Finally,designed the new generation measure-launch-control network architecture based on domestic network equipment,and analyzed the principle,reliability,real-time and security of the network in detail.The established network architecture can not only cope with complex rocket test sites,but also improve the scalability and flexibility of the network platform,and further improve the network security.The design of the new network architecture based on domestic equipment can be used for rocket remote measure-launch-control on ground.
出处
《计算机测量与控制》
2017年第10期54-57,61,共5页
Computer Measurement &Control
关键词
运载火箭
网络设计
拓扑结构
launch vehicle
network design
network topology
