Test-launch-control remote monitoring platform based on virtualization technology

Abstract

A test-launch-control remote monitoring platform based on a virtualization technology comprises a front end data collection terminal module, an exchange network module, a remote monitoring module, a virtualization server module and a storage module, wherein the front end data collection terminal module collects data and control instructions of each sensor of a test-launch-control system and transmits the data and the control instructions to the virtualization server module through the exchange network module; the virtualization server module carries out virtualization on each device of test-launch-control subsystems, and each subsystem carries out processing on the data and the control instructions of each sensor; the storage module carries out backup on the data; and the remote monitoring module sends operation instructions to each virtual device and displays the data. According to the invention, the test-launch-control system realizes operation resource integrated management over each subsystem; the test-launch-control remote monitoring platform has the advantages that the safety of obtained information is good, the operation resources are dynamically scheduled, the data interaction is high in reliability, the remote monitoring can be carried out in real time, etc; and the requirements of a launch vehicle test-launch-control monitoring platform is met to the maximum extent.

Description

technical field [0001] The invention relates to a measurement, launch, control and monitoring platform, in particular to a measurement, launch, control and monitoring platform based on virtualization technology, and belongs to the field of launch vehicle ground remote measurement, launch, control and monitoring platform systems. Background technique [0002] The existing aerospace long-distance test, launch and control network platform uses a browsing switch to connect to the back-end network through a firewall to obtain browsing data. [0003] Disadvantages of existing long-distance measurement, launch, control and monitoring platforms: [0004] The data browsing mode of the monitoring system of the existing long-distance test, launch and control network platform will generate large multicast traffic in the back-end network, which requires high network bandwidth, and it is not easy to realize remote data transmission in different places and cannot provide remote data browsi...

AI Technical Summary

Problems solved by technology

[0004] The data browsing mode of the monitoring system of the existing long-distance test, launch and control network platform will generate large multicast traffic in the back-end network, which requires high network bandwidth, and it is not easy to realize remote data transmission in different places and cannot provide remote data browsing in different places and interpretation services, while remote off-site data browsing and interpretation services are a necessary condition for reducing the number of launch site interpretation personnel and the work cycle during the flight mission. In view of the demand for high-density launches in the future, a large number of designers work in the range for a long time. For the rear design work , personnel training and cost control will all have adverse effects

[0005] The existing long-distance measurement and control network platform monitoring system has high requirements on the hardware performance of the browsing terminal, and data browsing cannot be realized through thin clients, tablet computers, mobile phones, etc.

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