Design And Implementation Of MOOCs Teaching Platform For Business College Of Shanxi University

As Internet plays an indispensable role in modern society,the network has penetrated into every aspect,including education.Remote education on Internet has become a significant part of modern education.However,most of Internet education in Business College of Shanxi University is in the form of Micro-lectures.This network teaching is only the single inculcation of teaching resources,which did not reflect interaction in teaching and learning,so it can't meet the needs of modern Internet teaching.MOOCs teaching platform may make up for the inadequacy of the current Internet teaching platform and effectively improve the teaching method and teaching quality in Business College of Shanxi University.By understanding and analyzing the current development of MOOCs at home and abroad as well as the relevant advanced technology,the research adopts the popular B/S network architecture,Flex,web service technology and Red5 video service and combine with the practical teaching in Business College of Shanxi University to build MOOCs teaching platform,which can provide teaching videos and promote the interaction.During the research,it is found that the platform has to solve a key problem.When plenty of concurrent access appears,try to ensure the normal operation of course video data play and online interactive function.It can also grade the relevant exercises of the courses.The platform adopts the B/S network architecture,Flex and Red5 video service technology to achieve the accuracy and fluency of video playback under the condition of the big flow of online users and concurrent access.The relevance and independence of the curriculum and the release and management of the courses will be realized through SSH2 technology.The course resources are achieved through the combination of Struts2 and Webservice technology,which can classify and manage the courses in the platform.The management of online test in MOOCs platform is implemented by Segmentation statistics of the students' scores.The final results are to achieve the structural graphics and be displayed in the platform with the icon component of Flex.This thesis elaborates the method of the platform test and the final results in the software testing chapter.By analyzing the test results,it proves the platform has met the requirement of demand analysis and the normal function.Finally,the thesis summarizes the shortcomings of the research and further clarifies the direction of future efforts.