A Calculation Method for Solving Control Parameters of Fleet Air Defense Resources Based on Optimal Objectives
A technology for optimizing objectives and resource control, which is applied in the field of solution and calculation of fleet air defense resource control parameters. It can solve the problems of uncertain quasi-real-time and the inability to solve the dynamic scheduling of air defense resources as a whole, and achieve scheduling and control and efficient solution. Effect
Active Publication Date: 2021-11-16
PLA DALIAN NAVAL ACADEMY
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Problems solved by technology
Coordinated regional air defense resource scheduling is characterized by centralized planning and decentralized implementation. Considering that channel organization requires a certain amount of time, although reactive scheduling has the advantage of good real-time performance, it is easy to cause "one thing at the expense of another"; the characteristics of air defense operations are uncertain Compared with the uncertainty in the production process scheduling, the uncertainty in the air defense operation process is partly due to confrontation; the robust scheduling is suitable for dealing with those uncertain factors that can be described by random variables , for example, it is suitable for dealing with the uncertainty of plan execution deviation, but it cannot solve the dynamic scheduling of air defense resources as a whole
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[0044] Specific embodiments of the inventive concept will now be described in detail with reference to the accompanying drawings.
[0045] First of all, the definitions of the terms used in the present invention are as follows:
[0046] Resources: refers to various equipment entities participating in the air defense mission process, including three categories: resources used to detect and track targets, such as monitoring radars, guidance radars, etc. Since coordinated air defense is mainly aimed at the attack form of ship-to-air missiles , so this kind of resource is called "guidance resource" in this plan; the resources used to carry out the attack are mainly ship-to-air missiles, so this kind of resource is called "launch resource" in this plan; the resources used as the target are mainly is the enemy aircraft, referred to in this scheme as "target resource", or simply "target" if no ambiguity arises.
[0047] Task: A coordinated air defense task refers to a relatively ind...
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The invention relates to a method for solving and calculating the control parameters of fleet air defense resources based on an optimization target. On the basis of the finite state machine (FSM) model of the sub-scheduling plan state evolution of fleet air defense resources, it is transformed into a simplified 0‑1 integer linear programming model, and on the basis of this model, the global optimal solution can be quickly solved with limited computing resources, and finally the control variables of system state evolution can be standardized and solved efficiently, thus realizing the control of air defense resources in the sub-scheduling process of fleet air defense resources The scheduling and control of facilities is basically without delay.
Description
Technical field: [0001] The invention relates to the field of multi-platform cooperative air defense command and dispatch of surface warship formations, in particular to a method for solving and calculating fleet air defense resource control parameters based on an optimization target. Background technique: [0002] The problem of surface ship formation air defense decision-making and automatic dispatching control is usually attributed to the WTA (Weapon Target Assignment) problem, which mainly considers the optimal matching of weapons and targets. The rationality of this treatment is that the weapon channels in the air defense system cannot be reconfigured. With the support of the multi-platform cooperative air defense information system (MCE) of the surface warship formation, the formation can organize and dispatch air defense combat resources in a unified manner, and build multiple cross-platform systems covering the entire process of detection, decision-making, targeting, ...
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IPC IPC(8): G06F17/11
CPCG06F17/11
Inventor 史红权陈行军张晓盼
Owner PLA DALIAN NAVAL ACADEMY