Information and firepower integrated task planning method

Abstract

The invention provides an information and firepower integrated task planning method. The information and firepower integrated task planning method comprises the following steps: 1, acquiring and calculating related information supporting task planning; 2, establishing a firepower interception task planning model; 3, solving the firepower interception task planning model to form a firepower interception task sub-scheme, and proposing a requirement for an information acquisition task; 4, establishing an information acquisition task planning model; 5, solving the information acquisition task planning model to form an information acquisition task sub-scheme; and 6, generating an information-firepower cooperative task scheme. According to the method provided by the invention, the information acquisition task of the sensor and the firepower interception task of the weapon are integrally planned, so that the task planning efficiency can be improved, and the sensor and weapon resources are efficiently utilized.

Description

technical field [0001] The invention relates to the technical field of weapon systems, in particular to a task planning method integrating information and firepower. In particular, it relates to an information-fire integrated mission planning method for multi-sensor and multi-weapon cooperative engagement against multi-targets. Background technique [0002] With the introduction and development of operational concepts such as networked operations and distributed defense, the traditional platform-centric weapon system is developing into a distributed weapon system. The original sensor-weapon tight coupling relationship (that is, a sensor is only for Specific weapons provide information and are usually deployed together with these weapons) will be broken, and through network integration, sensors and weapons can be dynamically matched according to mission needs to form a more flexible, flexible, and decentralized networked weapon system . The change in the matching mode of se...

AI Technical Summary

Problems solved by technology

The change in the matching mode of sensors and weapons has greatly increased the complexity of combat resource allocation and mission planning. The traditional weapon-target allocation method cannot solve the "sensor-weapon-target" matching and mission planning problems of networked weapon systems. Therefore, it is necessary to carry out Research on the method of information-fire integrated mission planning, and formulate the best "sensor-weapon-target" matching scheme and cooperative engagement timing for networked weapon systems

At present, there are very few literatures on the issues related to information-firepower integrated operations, mainly on combat modes (Shi Yajun et al., Research on Information-Firepower Integrated Operations [J], Network and Information Technology, 2008), artillery target selection and sorting ( E Chuang et al. Research on target selection and ranking of integrated artillery combat information and firepower [J], Ship Electronics Engineering, 2011), information and firepower fusion combat process of reconnaissance satellite and maritime combat platform (Peng Geng et al., reconnaissance satellite support Strike combat research [J], command control and simulation, 2017) and other researches, no literature related to information-fire integration mission planning can be found

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