S-band telemeasuring data comprehensive processing server

Abstract

The invention provides an S-band telemeasuring data comprehensive processing server which is simple in design and high in integration degree. The S-band telemeasuring data comprehensive processing server comprises a keyboard component, a front panel component, a case component and a rear panel component, wherein the keyboard component is an integrated trackball computer keyboard, and two screen control keyboards installed on the upper side of the computer keyboard are respectively connected with display screens through cables and used for screen control; two 8-inch liquid crystal display screens are embedded in the front panel component, connected with a multiple projection graphics card of the case component through video graphics array (VGA) cables, and used for image display; and a disk array box is configured on the front panel component and used for installation of a plurality of hard disks, the disk array box is connected with a passive mother board through a cable to be used for data recording, rapid plugging and pulling of data storage media are achieved, and an air inlet fan is configured in the front panel component and used for heat dissipation of the case.

Description

technical field [0001] The invention belongs to the field of computers and relates to an S-band telemetry data comprehensive processing server. Background technique [0002] Flight tests are scientific research and product tests conducted under real flight conditions. It is an important means for the development of aerospace science and technology, and a necessary link in the development and appraisal of aviation products. Flight test telemetry monitoring technology has always been one of the essential key technologies in the field of domestic and foreign flight tests. [0003] In flight test telemetry monitoring, there is currently no dedicated S-band telemetry data receiving and processing equipment. Telemetry receivers are generally used in China to receive S-band telemetry data, and then software development is carried out according to actual needs to realize comprehensive data processing. Chinese patent application 200810061324.0 discloses "a satellite ground station ...

AI Technical Summary

Problems solved by technology

[0004] The telemetry data reception and demodulation are realized by the hardware circuit, the design is complex and the maintainability is poor;

[0005] The receiver is not an integrated device for data reception, comprehensive processing, and display. It needs to be equipped with 1 or 2 additional monitors, and cannot run display data monitoring and control software at the same time;

[0006] The application software only has the basic functions of receiving, displaying and storing telemetry data, and the realization of data processing and real-time monitoring must undergo secondary development, which cannot meet the needs of actual use

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