摘要
针对实装维修训练成本高和效益低的问题,设计了具有三维交互功能的基于虚拟维修训练的维修仿真训练系统。仿真训练系统集装备学习、训练、考核和管理功能于一体,系统采用了C/S和B/S相结合的体系结构,应用软件采用了开放性和灵活性较高的分层软件体系结构。虚拟维修训练系统采用微软最新的基于Direct 3D的集成开发环境XNA技术和C#语言实现,给出了虚拟维修训练系统实现流程。
In order to solve the problem of high costs and low efficiency existed in equipment maintain training, a maintain simu- lation training system with three-dimensional interactivity based on virtual maintenance training is designed. The system has all the learning, training, appraisal and management features in one, and uses the architecture with combination of C/S and B/S. A tiered structure is used in the application software design to get more openness and flexibility. The Microsoft XNA technology based on Direct 3D and C# are used in the implementation of virtual maintenance training system. The development processes of the virtual maintenance training system is given.
出处
《计算机工程与设计》
CSCD
北大核心
2012年第12期4677-4680,4690,共5页
Computer Engineering and Design
基金
中国人民解放军训练模拟器材研制基金项目(2010YY091)
关键词
虚拟维修训练
仿真训练
B
S+C
S模式
软件结构
三维交互
训练评估
virtual maintenance training
simulation training
B/S＋C/S
software structure
three-dimensional interaction
training evaluation
