Bus control parameter instruction intelligent processing system for space remote sensing camera

Abstract

The invention discloses a bus control parameter instruction intelligent processing system for a space remote sensing camera. Instruction receiving is carried out through two or more parameter instructions with correlation constraints sent by the system communication bus, storage, intelligent judgment and execution is performed based on instruction type judgment and decoding & correlation constraint judgment, and an actual execution instruction state is returned to the bus. The instruction receiving and telemetering sending module completes bus instruction data receiving and telemetering data sending and generates a bus reading address; the time sequence control module generates read and write enable signals exchanged with bus data and provides work control signals for other modules; the bus control parameter instruction intelligent processing system can sequentially respond to a plurality of complex instructions in real time, and has complete system instruction judgment, system execution and system execution feedback functions. The system can be executed according to the instruction type judgment condition and the correlation constraint judgment condition. The current instruction is intelligently judged and executed in real time, and an intelligent processing result can be fed back.

Description

Technical field [0001] The invention relates to a space remote sensing camera bus control parameter command intelligent processing system, which belongs to the technical field of aerospace remote sensors, in particular to the technical field of on-orbit command reception intelligent judgment execution. Background technique [0002] With the development of aerospace remote sensing cameras toward multi-function and omni-directional detection of ground objects, higher requirements are put forward for the automation and intelligent judgment of the remote sensing camera control field. [0003] With the complexity of the observation target and the diversified observation methods of the current remote sensor camera, the adjustable functions of the remote sensor camera have been greatly increased. The camera parameter instruction set is becoming larger and more complex, and the constraint relationship between the instructions has also changed. It's more complicated. Relying solely on cons...

AI Technical Summary

Problems solved by technology

[0003] With the complexity of the observation target and the variety of observation methods of the current remote sensing camera, the adjustable functions of the remote sensing camera have been greatly increased, the camera parameter instruction set is becoming larger and more complex, and the constraint relationship between the instructions is also changing. more complicated

Simply relying on constraints to send instructions to the camera, manual judgment, screening and avoidance can easily cause too many constraints and lead to misoperation and misexecution

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