| 摘要: |
| 利用船载惯性导航系统提供的姿态信息，建立了船载A-E-C三轴稳定卫星通信天线的坐标计算模型，利用该模型推导了横倾角和纵倾角的计算公式，以及海上动态条件下极化角实时修正公式，控制船载卫星通信天线隔离船摇。经过MATLAB仿真运算和数值分析验证，并应用于实际系统中，提高了船载卫星通信地球站天线的性能。该模型还为优化船载卫星通信天线的控制提供了数学分析工具。 |
| 关键词: 船载卫星通信地球站 三轴天线 坐标变换 |
| DOI： |
|
| 基金项目: |
|
| Improvement of calculation method for three-axis stabilized antenna coordinate transformation in ship-borne satellite communication station |
| ZHANG Huling,HUANG Kun,ZHAO Qianhong,ZHOU Jianfeng,WANG Cailing |
| () |
| Abstract: |
| A coordinate computing model of A-E-C three-axis stabilized antenna for ship-borne satellite station is built by using the information provided by marine inertial navigation system. Based on this model,the heel angle and the trim angel calculation formulas are derived,as well as the polarization angle adjustment formulas in maritime dynamic conditions. After simulation and analysis in MATLAB and application in practical systems,this model proves to be able to enhance the performance of the ship-borne satellite station antenna. Furthermore,this model provides the numeric analysis approach for optimization of the ship-borne satellite station antenna control algorithm. |
| Key words: ship-borne satellite communication station three-axis stabilization antenna coordinate transform |
