Heterogeneous tracker cooperation-based law enforcement ship armament control system and method

Abstract

The invention discloses a heterogeneous tracker cooperation-based law enforcement ship armament control system and method. The system comprises an intelligence command device, a fire control device, corresponding trackers and weapon units; the intelligence command device is used for receiving target track information sent by an external navigation system and sending target indication information to the fire control device according to the target track information; the fire control device is used for receiving the target indication information sent by the information command device and drivingthe corresponding trackers to feed back target tracking data in real time; shooting elements are calculated according to the target tracking data, and are sent to the weapon units; the trackers are used for feeding back the target tracking data in real time according to the information of the fire control device; and the weapon units are used for executing a striking task according to instructions. According to the system and method of the invention, a command and control process is optimized, so that firepower strike and information situation processing capacities are improved. The law enforcement ship armament control system can be highly informationized and intelligent.

Description

technical field [0001] The invention relates to ship electronic technology, in particular to a law enforcement ship armament control system and method coordinated by heterogeneous trackers. Background technique [0002] As our country is currently faced with the increasingly severe situation of possible maritime conflicts, the armament systems of law enforcement ships are generally equipped with radar, photoelectric and other tracking equipment of different qualities, as well as a variety of medium and small caliber naval guns, which need to provide support for law enforcement in high-intensity conflicts. Ships provide multi-fire coordinated strikes that precisely optimize targets. However, the traditional law enforcement ship armament system control method has the following problems in the complex situation at sea: [0003] Relying only on a single tracking device to provide target information to a single fire strike unit forms a "single-handed" approach, lacking the rapid...

AI Technical Summary

Problems solved by technology

[0003] Relying only on a single tracking device to provide target information to a single fire strike unit forms a "single-handed" approach, lacking the rapid and coordinated strike capabilities required by law enforcement, and it is also difficult to deal with the complex situation of common multi-target threats in law enforcement conflicts. Urgent need for capability integration

[0004] Due to the different qualities, some trackers are susceptible to the influence and interference of the marine environment, and some trackers are limited by the weather, weather and light background, which may easily cause the individual tracking target to be easily lost; in addition, the working distance and coverage of the tracker are different; therefore It has high practical value and significance to realize the complementarity and information sharing of heterogeneous multi-trackers

[0005] When the armament system receives different location information from different quality sources, it does not perform sensor registration, multi-source data association and accurate calculation. The implementation of strikes requires multiple manual corrections. Rapid response and strike accuracy in high-intensity law enforcement situations Difficult to guarantee

[0006] When the tracker encounters failure or battle damage, it often affects the normal law enforcement and combat of the weapons on the law enforcement ship. The armament system shows problems such as weak vitality and low reliability. Therefore, the system fire control channel and process urgently need to be optimized.

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