带权超网络的航天测控预设阵地的定位与定向

The positioning and orientation of the preset position of tt&c with overweighted network

摘要:

为精准控制航天阵地所处位置，提出一种基于带权超网络的航天测控预设阵地的定位与定向方法。按照射频电路中流通电子的供应需求，连接微型测控处理器与串行芯片，并以此为条件布施网络内的带权超节点，搭建阵地预设的必备应用环境。通过划分航天测控预设阶段的方式，布局与预设阵地相关的定位点，再联合相应的单片机，实现预设阵地的定位处理；根据联测方位角的具体数值，计算预设阵地的定向外力矩条件，借助既定型号的单片机设备，实现预设阵地的定向处理；两相结合，完成基于带权超网络航天测控预设阵地的定位与定向方法设计。对比实验结果表明，应用新型处理方法后，D-S系数、P-S系数的极值水平均超过60%，航天测控预设阵地所处位置得到有效控制。

Abstract:

In order to accurately control the position of space position, a method of positioning and orientation of preset position of space tt&c based on weighted supernetwork is proposed. According to the supply demand of circulating electronics in the rf circuit, the micro measurement and control processor and serial chip are connected, and the weighted super node in the network is distributed as a condition to build the necessary application environment preset by the position. By dividing the preset stage of tt&c, the positioning points related to the preset position are laid out, and then the corresponding MCU is combined to realize the positioning processing of the preset position. According to the specific value of the joint azimuth Angle, calculate the directional external torque condition of the preset position, and realize the directional processing of the preset position with the aid of the single-chip microcomputer equipment of the established model; Based on the combination of the two methods, the positioning and orientation design of the preset position of tt&c based on the weighted supernetwork is completed. The experimental results show that the extreme values of d-s coefficient and p-s coefficient both exceed 60% after the new treatment method is applied, and the position of preset tt&c position is effectively controlled.