A Middleware System for Satellite Test Data Acquisition and Control
A technology for data acquisition and satellite testing, applied in transmission systems, electrical components, etc., can solve problems such as speeding up and changing top-level communication protocols, and achieve the effects of improving reusability, speeding up development cycles, and saving time and labor costs.
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[0061] In the following, a distributed monitoring system is built by using the general middleware system of the present invention to realize automatic control and data collection of components on a certain star as an example. Such as Figure 8 As shown, the distributed monitoring system includes a program-controlled device AglientN8241, a Can bus transceiver, a microwave data demodulation card, a control host A, and a resource location server. The control host A performs automatic control and data collection of components on a certain star. AgilentN8241 (hereinafter referred to as 8241) is an arbitrary waveform generator for Agilent equipment, which provides an IVI standard equipment interface protocol, and the physical link is Ethernet. The Can bus transceiver (hereinafter referred to as the Can box) was developed by a research institute in China. The communication bus is a USB serial port and only provides data exchange protocols. Microwave data demodulation card (hereinaft...
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