Individual-soldier radar software system

A software system and radar technology, applied in the field of radar detection, can solve problems such as difficulty in responding and improving by the developer, inability to form an open system, difficulty in system adjustment, etc., and achieve easy-to-understand operation mode and radar signal data Intuitive, effect that improves binding efficiency

Inactive Publication Date: 2017-01-04
四川中盛安邦科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

This leads to a very long system development cycle, and it is very difficult to update the technology
[0006] (2) Difficulty in expanding radar system functions
[0007] (3) The response speed of the radar system to user needs is very slow
Under actual application conditions, the same type of radar often needs to be adjusted for specific position conditions to achieve the best matching performance, but in the traditional development mode, it is difficult to make such dynamic adjustments to the system
Similarly, it is often difficult for the developer to respond and improve in a short period of time for some problems that occur during the user's use.
[0008] (4) The development of the radar system is not open
Existing systems are often developed by a specific developer, so the performance of all components of the system is determined by the development level of the developer at that time. It is impossible to form an open system and develop the system in an optimally integrated way, resulting in system failure. Performance cannot be further optimized

Method used

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Embodiment 1

[0053] An individual radar software system includes a UI man-machine interface module, a radar processing service center module, a GIS business function module and a radar business function module, the UI man-machine interface module is connected to the radar processing service center module in signal interaction, and the UI The man-machine interface module is connected to the GIS service function module by signal, and the radar processing service center module is connected to the radar service function module by signal interaction. The present invention manages data transmission and data processing by means of multi-thread programming, and greatly improves the entire running speed on the premise of ensuring user-friendly operability and interface visualization. It meets the requirements of real-time radar data transmission and large data volume, so it has high requirements for software performance.

Embodiment 2

[0055] An individual radar software system includes a UI man-machine interface module, a radar processing service center module, a GIS business function module and a radar business function module, the UI man-machine interface module is connected to the radar processing service center module in signal interaction, and the UI The man-machine interface module is connected to the GIS service function module by signal, and the radar processing service center module is connected to the radar service function module by signal interaction.

[0056] The UI man-machine interface module includes an offline map module, a system coordinate center setting module, a sensitive area setting module, a warning area setting module and a track playback module.

[0057] The offline map module is based on the offline GoogleMap API, and loads the local offline map by embedding a third-party browser in the desktop application system; the system coordinate center setting module updates the relative pos...

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PUM

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Abstract

The invention relates to the field of radar detection, in particular to an individual-soldier radar software system. The individual-soldier radar software system comprises a UI human-machine interface module, a radar processing service center module, a GIS service function module and a radar service function module, wherein the UI human-machine interface module is in interactive connection with the radar processing service center module through signals, the UI human-machine interface module is connected with the GIS service function module through signals, and the radar processing service center module is in interactive connection with the radar service function module through signals. According to the individual-soldier radar software system, data transmission and data processing are managed in a multithread programming mode, and the overall running speed is substantially increased under the premise that the user operability and the interface visualization are guaranteed; high requirements of real-time and large-size radar data transmission for software performance are met.

Description

technical field [0001] The invention relates to the field of radar detection, in particular to an individual soldier radar software system. Background technique [0002] In recent years, with the rapid development of broadband high-performance RF front-end, digital waveform generation, digital receiver and high-performance real-time computing technologies, radar system technology has entered a new development period. Specifically, the degrees of freedom, computing power, and software programming capabilities of the radar system have been greatly improved, which has enhanced the flexibility of the radar system and has great potential for development in terms of functions and performance. [0003] Under the conditions of the new era, how to guide the design, development and development of modern radar systems to a more scientific and reasonable direction, so as to fully tap the system's function and performance potential, has become an urgent question for the further developme...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G06F9/44
Inventor 李佳壕
Owner 四川中盛安邦科技有限公司
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