摘要
介绍了运用于某型高炮模拟训练器上的训练评价模型的原理和建立过程。通过分析影响训练成绩各因素的相互关系和重要程度,建立了训练评价的数学模型。该模型运用了多层模糊综合评判的方法,将训练评价分解为3个层级,由下而上分别为:2位炮手各自的跟踪评价和击发评价、炮手的综合评价以及全炮综合评价。下层输出的评价结果作为上层输入的单项因子。该模型可对炮手的训练过程进行比较全面的记录和评价,评价结果较为客观和准确,有助于提高炮手的训练成绩和高炮命中概率。
Principle and establishment process of training evaluation model used in AA gun simulator were intrduced. Mathematics model of training evaluation was set up by means of analysis of interactive relations and importance degree which affect each factor of the training scores. The model made use of fuzzy synthesized evaluation method with multilayer, and divided training evaluation system into three layers from top to bottom, they were tracking and shooting evaluation of gunners, synthesis evaluation of gunners, synthesis evaluation of the whole gun. The evaluation results output from lower layers were the single input factors of upper layers. The model can completely record and evaluate the training process of gunners, and its evaluation results are relatively objective and accurate. The model is beneficial to improvements of training result of gunners and hit probability of AA gun.
出处
《火炮发射与控制学报》
北大核心
2008年第2期25-27,共3页
Journal of Gun Launch & Control
关键词
模糊数学
模拟训练
模糊评判
评价模型
权重
fuzzy mathematics
simulative training
fuzzy evaluation
evaluation model
weighting