Resource pool-based coordinated detection system resource scheduling method of phased array radar

Abstract

The invention provides a resource pool-based coordinated detection system resource scheduling method of a phased array radar. In a multifunctional phased array radar coordination system, system resources for target detection, coordinated networking and information transmission are uniformly dispatched and distributed, so that not only can the guarantee of the resource cost of a radar detection function be considered, and also the system resources for a coordinated detection function system are also considered. The physical resources of various nodes of the coordinated detection system are virtually described and packaged to form a coordinated detection system resource pool, the barrier of the physical node resources is broken, and the unified management and control of the resources of the coordinated detection system are achieved. Randomized search genetic algorithms of natural selection and genetic mechanisms of the biosphere are adopted, and the total detection income of the task is taken as an optimized objective function and the total amount of various resources in a resource pool is taken as a constraint condition for optimization, so that the optimal distribution of the system resources is achieved.

Description

technical field [0001] The invention belongs to the technical field of radar detection systems. It is mainly used for resource scheduling and control of the multifunctional phased array cooperative detection system. Background technique [0002] As the information-based combat mode gradually ascends to the center of the war arena, the form of the information perception system has also undergone major changes. As the core detection system equipment for battlefield information acquisition, the multi-functional phased array radar system faces the challenges of more complex environments and more new targets: the detection tasks are more diverse, the detection environment is more complex; the detection objects are more diverse, and the target detection capability requirements are higher . Due to resource constraints such as time, airspace coverage, energy, and frequency of a single radar system, coupled with the impact of various natural environment clutter interference and ele...

AI Technical Summary

Problems solved by technology

As the core detection system equipment for battlefield information acquisition, the multi-functional phased array radar system faces the challenges of more complex environments and more new targets: the detection tasks are more diverse, the detection environment is more complex; the detection objects are more diverse, and the target detec

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