Missile monitoring system simulation verification platform and verification method

Abstract

The invention provides a missile monitoring system simulation verification platform and verification method, wherein the verification method comprises the following steps of presetting a system parameter; loading a preset scene, and performing link analysis; according to the link analysis result, determining the optimum link plan of a missile; respectively interfacing each sub module; sending an instruction generated on a main control interface to each sub module position through each interface; receiving data messages sent by sub modules; displaying data sent from the sub modules in real time; receiving the instruction sent from the main control interface; resolving a control protocol from the instruction and processing the received instruction so as to generate the processing result corresponding to the instruction; sending the processing result to the pre-allocated interface position of the main control interface so that the processing result is displayed in the main control interface. The missile monitoring system simulation verification platform and the verification method provided by the invention have the advantages that the posture of the missile can be displayed in multiple aspects, so that the monitoring efficiency on the missile operation process can be improved.

Description

technical field [0001] The invention relates to the technical field of missile monitoring, in particular to a missile monitoring system simulation verification platform and verification method. Background technique [0002] Generally speaking, missiles are complex electronic products based on tens of millions of components, or system-level products composed of several components and components. The maintenance guarantee of system-level products is closer to a huge system engineering. In this system engineering, a very important part is the monitoring system, which mainly completes the testing and functional verification of various parameters of system-level products, including reliability testing and ground simulation. [0003] At present, the operation process of the missile can be simulated based on STK. However, most of the current STK-based simulations are for the loading and calculation of a certain part of the scene, with fewer functions, and cannot satisfy the whole ...

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Problems solved by technology

[0003] At present, the operation process of the missile can be simulated based on STK. However, most of the current STK-based simulations are for the loading and calculation of a certain part of the scene, with fewer functions, and cannot satisfy the whole process of displaying the monitoring link situation in multiple aspects at the same time. , with limitations

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