Universal killing area calculation method and universal launching area calculation method

Abstract

The invention discloses a universal killing area calculation method and a universal launching area calculation method. The method can be well applied to killing area calculation of various tactical types and various target types, so that a killing area is quickly and efficiently modified in different stages of type research and development. The method abstracts various killing area boundary calculation methods and extracts common parts for establishing a universal mathematic model, thereby realizing complete isolation of killing area boundary parameters and an algorithm model. As only the killing area boundary parameters are different for different tactical types, the required killing area can be obtained by only changing initial parameters. The algorithm well solves the problems of an existing killing area in incompatibility among different types, incompatibility among different target types and complex and low-efficiency killing area calculation after change of boundary parameters, has the advantages of quickness, high efficiency, high universality and the like, can effectively reduce research and development expenditures and manpower resource costs, and can meet the requirements of killing area calculation of weapon systems of different tactical types.

Description

technical field [0001] The invention relates to the field of a fire control system of an air defense missile weapon system, in particular to a method for calculating a kill zone. Background technique [0002] see figure 1 , the existing kill zone calculation method is to calculate the kill zone separately for different target types, the specific process is as follows: first use the given kill zone boundary points to perform fitting calculations, including far boundaries, maximum route shortcuts, low boundaries and feature points convert. The algorithm uses a straight line fitting method to fit discrete boundary points into a closed airspace, and then calculates the far boundary, lower near boundary, high boundary, low boundary, maximum route shortcut, and feature point calculation of the kill zone according to the target attributes. When the target type changes, this algorithm cannot be used for other models. When the boundary point of the kill zone changes, all the above ...

AI Technical Summary

Problems solved by technology

[0003] The problem solved by the present invention is that the existing kill zone calculation method cannot be used universally between various tactical models, cannot be used universally for various target types, and the calculation of the kill zone after the input parameters are modified is complicated and inefficient, resulting in independent development of each model and only applicable Based on the model of the kill zone calculation model of this model, it leads to a lot of wasted time and workload, and is prone to errors

Images