偏振导航云计算支持系统与时空分布规律模型研究

Research on polarization navigation cloud computing support system and spatiotemporal distribution model

  • 摘要: 采用云计算技术解决天空偏振模式图受环境影响导致的信息源误差以及载体自身测量产生的误差以提高仿生偏振导航的精度及实用性. 基于仿生偏振导航单体测角误差,给出多导航单元误差分析的云计算支持系统;依据多导航单元云计算结构提供的信息,确定偏振模式图在不同信息源误差条件下的时空分辨率模型;利用云计算技术对确定时空区域内满足信号源误差范围的多单体测量误差进行分析研究,可以有效辅助偏振导航多单元系统进行高速运算,提高仿生偏振导航的精度及实用性.

     

    Abstract: The paper adopts cloud computing technology to solve the information source error caused by environmental impact on the sky polarization pattern and the error generated by the carrier’s own measurement to improve the accuracy and practicality of biomimetic polarization navigation. Provide a cloud computing support system for error analysis of multiple navigation units based on biomimetic polarization navigation single body angle measurement error; Based on the information provided by the multi navigation unit cloud computing structure, determine the spatiotemporal resolution model of polarization pattern maps under different information source error conditions; Cloud computing technology is used to analyze and study the measurement error of multiple cells that meet the signal source error range in the time-space region, which can effectively assist the multi unit system of polarization navigation in high-speed operation, and improve the precision and practicability of bionic polarization navigation.

     

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