Thestudy Of Remote Interactive Maintenance Personnel Training Method Based On The Hybrid Architecture

With the increasing popularity and development of network and information technology,the construction of remote training system has become an urgent requirement and development tendency for many enterprises. In recent years, because of the extreme shortage of maintenance personnel, the bad benefits and small models of general aviation companies,the traditional methods of maintenance training and popular remote maintenance training system which is only based on B / S network architecture are not sufficient to meet demand.Therefore, the method which brings a greater flexibility and convenience for maintenance training and assessment of general aviation company is based on research B / S and C / S hybrid architecture. It combines the online learning and virtual training,Firstly, the development and interactive platform method and the framework of content of training system are designed. The technical methods of courseware on-demand, resources integration and searching, shared resources pushing are proposed for remote maintenance training. Secondly, And an improved compressive sensing theory is proposed according to some of the traditional mainstream compression algorithms and tested by MATLAB. Then,the highly efficient compression algorithm is used for data communication of remote maintenance training. Finally, from the viewpoint of software engineering, a hybrid architecture based interactive maintenance of remote training platform is built by detailed design and business process of modules. With seamless integration of training resources,learning and training, the platform is tested by software. General aviation companies and crew trainers can be a good exchange of learning and communication.The main line of this paper is needs- process- technology- design of the remote maintenance training. The define model of that platform is the key implementation technologies and general systems framework of training. Then detailed design of important module is achieved. With good interactive and scalability, that intuitive and clear interface platform can widely use for remote maintenance training of general aviation companies.