An integrated task planning method and system for equipment combat testing

Abstract

The invention provides an equipment combat test integrated task planning method and system, and the method comprises the steps of designing a test method flow, and also comprises the following steps:constructing an equipment combat test index model integrated evaluation system; generating an equipment combat test multi-dimensional profile design; collaboratively drawing up and generating an equipment battle test multi-task scheme model; and monitoring the whole process of the equipment combat test. According to the equipment combat test integrated task planning method and system, the equipment combat test is carried out according to test conditions such as different opponents, environments and application modes, the test frequency and the test data sample amount can be greatly increased,and a real and credible combat effectiveness and applicability evaluation conclusion can be formed.

Description

technical field [0001] The invention relates to the technical field of equipment testing, in particular to an integrated task planning method and system for equipment combat testing. Background technique [0002] The equipment combat test takes the equipment, equipment system or equipment system as the test object, according to the use requirements of the test object, builds a test environment close to the actual combat, organizes the test personnel to operate and use the equipment, and uses various means and conditions in the process. Or automated collection of test data, test and evaluation of equipment combat effectiveness and combat applicability, is an important link in the development of equipment construction, with the characteristics of large-scale mobilization of troops, high difficulty in organization and command, many types of combat operations, and closely related multi-line work , difficult to guarantee test resources, high security risk level and other prominen...

AI Technical Summary

Problems solved by technology

The current equipment combat test task planning is mainly carried out in the form of manual document operation, and there are the following prominent problems in each work link: First, the construction of the evaluation system lacks data accumulation and experience inheritance, and cannot automatically match and match according to test requirements and key combat issues. Auxiliary generation is not conducive to the improvement of the overall test level; second, the decomposition of the test profile is prone to mismatch or insufficiency between the task and the condition profile, and the lack of index data elements or mapping errors will affect the completeness of the test; the third is for equipment, personnel, and equipment. Insufficient dynamic and related management capabilities of test resources such as , site, airspace, and frequency domain, which affect the precise allocation and optimal use of resources; Fourth, the test action plan, guidance and control plan, data collection plan and comprehensive support plan are divided by different personnel It is impossible to achieve efficient collaborative drafting, and it is easy to cause contradictions between different schemes in terms of time, space, and resource use, which will affect the implementation of the test plan and test safety; fifth, the test plan needs to be based on various schemes. , for equipment operation, data acquisition and technical support personnel in different positions, the workload is heavy and the efficiency is not high; the sixth is to adjust the program plan on the fly during the test process, which has a high degree of correlation, and it is very easy to rely solely on manual methods. Errors occurred; Seventh, the task execution monitoring mainly relies on manual statistics and reporting, the workload is heavy and the timeliness is not high, which affects the real-time grasp of the test task progress by the test commanders

This method only describes the condition system of the combat test from the overall structure, and does not propose a specific method for the correlation of the combat test index system and its model, and does not plan and guide the action plan of the subjects and test forces for the content of the task planning. Control action plan plans, data collection action plan plans, evaluation and analysis action plan plans, and integrated safeguard action plan plans are distinguished, and specific conflict detection calculation methods are not given for different plan plans and their interrelationships

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