A two-dimensional active phased array target indicator radar based on dynamic resource management and control method

Abstract

The invention relates to a two-dimensional active phased array target indicating radar based on a resource dynamic management and control method, which belongs to the technical field of phased array radar resource comprehensive management and control. The radar is composed of a monitoring system, a terminal display control system and the like. The radar is characterized in that the monitoring branch of the monitoring system is composed of a control conversion processor and a monitoring host, and the wave control branch thereof is composed of a control conversion processor, a signal distributorI, a signal distributor II and a five-in-one T / R component controller; and the terminal display control system comprises a resource allocator, a gaze anti-missile module, a task scheduler, a parameter database, a signal processor, a transceiver system and a command and control vehicle. The radar integrates air defense / anti-missile, high-altitude / low-altitude, guidance / alert and maneuver / immobilization, detects different types of targets, can adaptively optimize time, space and energy resources to avoid conflicts, realizes intelligent multi-task resource comprehensive dynamic management and control, and has the capabilities of conventional aerodynamic target detection and TBM target detection.

Description

technical field [0001] The invention relates to a two-dimensional active phased array target indication radar based on a resource dynamic management and control method, and belongs to the technical field of comprehensive management and control of phased array radar resources. Background technique [0002] The combat objects of modern ground-based air defense missile weapon systems include aerodynamic targets such as stealth aircraft, conventional aircraft, cruise missiles, and air-to-surface missiles, as well as ballistic missiles in the free and reentry stages. A certain type of surface-to-air missile weapon system has a certain ability to intercept ballistic missiles, but its guidance radar can only conduct a limited search for TBM ballistic missile targets, and does not support large-scale search, which greatly limits the independence of a certain type of surface-to-air missile weapon system. Combat and anti-aircraft and anti-missile combat capabilities. This defect can ...

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Problems solved by technology

[0003] The purpose of the present invention is to address the deficiencies of the above-mentioned prior art, to provide a conventional detection and TBM target detection capabilities, to meet the air defense and terminal low-level anti-missile target indication operational requirements of a surface-to-air missile weapon system, and to integrate air defense / anti-missile Guidance, high-altitude / low-altitude, guidance / warning, maneuvering / fixed integration, can adaptively optimize and adjust time, space and energy resources when detecting different types of targets, avoid conflicts, realize intelligent multi-task dynamic management, and have a dispatch success rate The two-dimensional active phased array target indication radar based on the resource dynamic management and control method greatly improves the air defense and anti-missile combat capability of a surface-to-air missile weapon system with the advantages of high speed and less time fragmentation; it solves the problem of the existing two-dimensional active phased array Target designation radar is incompatible with detecting conventional aerodynamic targets and TBM targets, and cannot adaptively adjust time, space, and energy resources to avoid conflicts when detecting different types of targets. The question of operational needs

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