基于虚拟技术的某型装备训练考核系统设计

Design of Training and Assessment System for an Equipment Based on Virtual Technology

摘要:

某型装备系统组成复杂，技术含量高，使用真实装备进行实操训练会带来效率低、成本高、物资浪费大和装备损耗率高的问题，为了解决此问题，本文研究利用计算机技术研制该装备的虚拟训练考核系统。利用建模软件按1:1比例制作装备的高精度三维实体模型，进行组装、渲染和降面处理后，导入交互软件进行人机交互编译。在编译中研究解决了动作设计、碰撞检测、干涉消除问题；同时以操作用时、正误率、协同效果等因素设计研制了训练考核系统；利用交互软件的二次开发功能，研究解决了组网训练问题，实现了多名号手协同训练的功能。该系统在不动实装的情况下可以实现对某型装备的训练考核，提高了训练效率，减少了资源浪费。本文利用虚拟技术可以实现了对装备的训练考核，将模型进行适当修改后，可以研制其它装备虚拟训练考核系统，该研究方法技术含量高，实用性强，对部队接收新装备后进行训练具有较高的应用价值。

Abstract:

Aiming at the problem of low efficiency and large waste of resources in the practical training of a complex equipment, a virtual training and assessment system were developed by using computer technology. High accuracy 3D models were developed by usingmodling software, There were human-computer interaction compilated by importing interactivon software after assemblicationg, rendering and reducesing the number of polygons. Motion designing, collision testing and interference limination were solved; and training and assessment system was developed, operation times, correct and false rate, synergy effect were considered. Networking trainning was developed by using second development, and collabortative training were developed. The training and assessment system would be used to training operation an equipment without using the real equipment, training efficiency was improved and resources were reduced. Virtual training and assessment system for an equipment was developed by using virtual technology, Others virtual training and assessment would be developed after modifying 3D models, The method contains hihg technical content and good practicability, high application value would be acquired after the new equipment was received.