Air delivery simulation model based on EATI method

A simulation model and aviation technology, applied in the field of aviation delivery simulation model, can solve the problems of complex delivery system simulation experiment, delivery time control error, large data error, etc., so as to simplify the process of preparing delivery plan and improve efficiency , the effect of reducing the number of loading times

Active Publication Date: 2018-01-23
BEIJING HUARU TECH
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AI Technical Summary

Problems solved by technology

However, existing modeling methods and tools generally only focus on solving a single problem, making it very complicated to integrate the delivery system into the entire combat simulation experiment
Moreover, the existing models seldom do detailed analysis and calculation for the details of the entire delivery process, and there are large errors in delivery time control
[0003] Air delivery is an important research content both in the field of military simulation and in logistics simulation, but in previous simulation studies, it was only analyzed from a macro perspective, and the data obtained had large errors

Method used

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  • Air delivery simulation model based on EATI method
  • Air delivery simulation model based on EATI method
  • Air delivery simulation model based on EATI method

Examples

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Embodiment 1

[0100] The aviation delivery model can be applied in two directions: the verification of the army's aerial delivery scheme and the simulation training of aerial delivery.

[0101] In the scheme verification scenario, given the scenario entity and the air delivery scheme of the troops (that is, the first way to issue the task: by importing the mission scheme or directly adding it to the logistics command center entity), according to the actual environmental conditions and the echelon and transport aircraft According to the actual situation, judge whether the task is feasible, calculate the time point for the completion of each task, compare and analyze it with the predetermined plan, and obtain feasible suggestions for the plan.

[0102] In the simulated training scenario, given the scene entity and part of the delivery plan (may not be given), during the simulation operation, the environmental conditions are intervened, and the delivery troops and loading and unloading airports...

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Abstract

Provided is an air delivery simulation model based on an EATI method. According to the air delivery simulation model based on the EATI method, in an air delivery process, related main entities, tasksexecuted by the entities, a series of motions forming the tasks, interactive relations among the entities and the external environment which has influences on a system are described abstractly, an airdelivery entity model body, an air delivery motion model body, an air delivery task model body, an air delivery interaction model body and an integrated environment model body are built, regarding each motion of the tasks and characteristics of the entities of the motions, execution speeds of the motions are determined, and according to current environmental conditions, the execution speeds of the motions are corrected, so that a motion simulation process is controlled to calculate the task simulation time on the basis of the execution speeds of the motions. By the adoption of the air delivery simulation model based on the EATI method, model building is more convenient and more efficient, a site layout process is simplified, the number of basic-data loading times is reduced, the efficiency of simulation deduction is improved, and a scheme making process is simplified.

Description

technical field [0001] The invention relates to the field of computer simulation, in particular to an air delivery simulation model based on the EATI method. Background technique [0002] Simulation modeling analysis is an effective method to solve the verification and optimization of military aerial projection scheme. The aerial delivery system is a complex dynamic system combining man and machine. It has the remarkable characteristics of large time and space span, strong planability, dynamic adaptation to environmental changes and enemy threats, and command-task-oriented. However, the existing modeling methods and tools generally only focus on solving a single problem, which makes it very complicated to integrate the delivery system into the entire combat simulation experiment. Moreover, the existing models seldom do detailed analysis and calculation for the details of the entire delivery process, and there are large errors in delivery time control. [0003] Air delivery...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G06F17/50
Inventor 陈敏杰郑林纪会敏盘仰珂石小宾欧阳冠军
Owner BEIJING HUARU TECH
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