Method for telemetering of advanced orbiting system (AOS) of distributed framework satellite

Abstract

The invention provides a method for telemetering of an advanced orbiting system (AOS) of a distributed framework satellite. A distributed satellite framework is adapted on a telemetering information flow collection, thus telemetry parameters with strong correlation are acquired in a centralized mode in the form of module and form AOS telemetering source packets. A quick acquisition and transmission method in which downloading rate is higher than normal downloading rate is adopted in an acquisition and transmission links, and a host computer realizes an AOS framing function and a deployment function of telemetering strategies. When the telemetering strategies are changed, information exchange procedures and hardware processing procedures in the acquisition, transmission and processing links can be simplified, thus reducing the risk of timing sequence disorder. In the process of deploying the strategies, the demands of satellite telemetering are searched sufficiently, and a deployment strategy with combination of normal telemetering, quick telemetering and slow telemetering is put forward and inserted into domain multiplexing telemetering at stages, thus preferably meeting the demands of the satellite telemetering.

Description

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AI Technical Summary

Benefits of technology

In this new system for distributing remote sensors (sensory) over space or ground based platforms, there were technical improvements such as improved efficiency and flexibility in gathering and categorizing telemetered signals. Additionally, these systems had developed features like efficient routing between computers and hosts, easy modifications during operation, and simplified synchronization procedures. Overall, they aimed at improving overall performance and reducing complexity while providing more flexible options for communication networks.

Problems solved by technology

This patents discuss how certain types of technical problem addressed during this patented process include improving the efficiency or effectiveness of transmitting digital signals over wireless networks such as Geostationary Navigation System (GPS), Wireless Access Network (WLAN), etc., especially when dealing with large amounts of data being sent through these networks due to their complexity. Existing solutions like TCP/IP have limitations because they require specialized hardware components and cannot adapt well to changes made throughout flight operations without rebuilding them after each mission.

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