慕课背景下基于ASP的网络远程教育系统设计

Design of ASP⁃based network distance education system in context of MOOC

传统的基于ASP的网络远程教育系统完善性低,数据传输速率低。为了解决上述问题,在慕课背景下设计一种基于ASP的网络远程教育系统。系统硬件设计部分对硬件元件进行分类操作,按照分类标准将其划分为三个模块进行具体研究:在系统通信模块中选择网络远程监控摄像机进行数据图像监控,保证图像收录的完整性,提升系统的数据处理性能;在传输模块中选用VGA视频光端机LX⁃VGA⁃3UVA光纤传输器进行图像数据传输,确保数据传输的质量,实现高效化数据整理;在接收模块中采用云管理光纤收发器JRGT⁃1002M进行数据信号接收,完善系统操作,缩减操作时间,提升操作效率,达到对系统硬件设计的目的。所提系统软件设计主要对系统软件中存在的应用程序问题进行解决,不断融合硬件元件设计基础,减少数据系统软件与硬件之间的矛盾,推动数据系统的发展,实现对系统软件的整体操作。结果表明,该文给出的系统设计能够在一定程度上为系统提供较为便利的操作条件,实现数据的真实检测研究,增强教育系统的数据传输有效率,更好地为使用者应用。

As the traditional ASP⁃based network distance education system has poor completeness and low data transmission rate,an ASP⁃based network distance education system is designed in the context of MOOC.In the hardware design part of the system,the hardware components are classified and divided into three modules according to the classification criteria for the specific research.In the system communication module,the network distance monitoring camera is selected for the data image monitoring to ensure the integrity of image collection and improve the data processing performance of the system.In the transmission module,a VGA video optical transceiver LX⁃VGA⁃3UVA optical fiber transmitter is used for the image data transmission to ensure the quality of the data transmission,and achieve the efficient data sorting.In the receiving module,the cloud management fiber optic transceiver JRGT⁃1002M is used to perform the data signal reception,improve system operation,reduce operation time,improve operation efficiency,and achieve the purpose of system hardware design.In the system software design in this paper,the application program problems existing in the proposed system software are mainly solved,and the design basis of hardware components are integrated continuously to reduce the contradiction between data system software and hardware,promote the development of data systems,and realize the overall operation of system software.The results show that the given system design can provide the system with more convenient operating conditions to a certain extent,realize the actual detection and research of data,enhance the efficiency of data transmission in the education system,and can be better applied by users.