Architectural Engineering Virtual Training Platform For System Design And Implementation

Vocational Training Teaching is first-line construction technology, construction technology professional development a major talent Teaching, However, for various reasons, the construction of vocational training rooms, there are still technical expertise, such as equipment aging, lack of funds and other issues, it is difficult to meet the practical needs of teaching. With computer technology and network technology in the development of instrumentation, virtual instrument technology, virtual reality technology used in building technical expertise in teaching and Vocational Training, the construction of cost-effective platform for the virtual practical training has increasingly become a Training Teaching an inevitable trend.In this paper, multi-media computer technology, network technology, based on virtual instrument technology is proposed in the online virtual Training platform idea that software instead of hardware, with the whole process of Programming Training simulation. First of all, this virtual laboratory on the domestic and international network of research and development situation, and so gives a brief introduction, and for the specific circumstances of the present laboratory and put forward the necessity of this research project and its significance; Secondly, on the B/S and C/S structure is characterized by two kinds of network analysis and comparison, the system ultimately selected B/S mode, in line with Web-based platform for Virtual Training System requirements; And through the virtual lab at home and abroad to achieve several key technologies and software tools for analysis and comparison, this paper presents a technical solution, that is based on. NET technology using C# language development of virtual experiment apparatus controls, combined with ASP.NET technology and Training database technology to achieve virtual network platform system; Finally, according to Virtual Lab The overall objective of the construction unit of metal mechanics Training Training tensile failure, for example, the virtual Training platform system functions, modules, system processes, etc. were analyzed for several key functions carried out a detailed description of the module. The purpose of this presentation is to explore the topic Virtual Training platform for building the basic architecture of the system, key technologies, implementation techniques, virtual instrument subsystem design and framework for solutions. This paper presents a relatively complete system of practical platform for the virtual practical training, but also for the future development of Virtual Training platform, designed to make some new attempt, so as to achieve the higher vocational institutions in the construction and related professional quality of education to a a new stage to do some basic work.