Design And Implementation Of Interactive Platform Between Parents And School In E-teaching

The twenty-first century is the century of knowledge economy and network. The education in our country meets new chances and challenges. Integrated the theory of education informationize, E-teaching is gradually penetrating to traditional education by using effective computer technique, advanced network skill and abundant application software. And the communication between parents and school is an important component of E-teaching. Based on the background, the interactive platform between parents and school is designed and developed.The "thin" client of the B/S structure makes much less system maintenance and reduces the SQL requires to database server. So the system performance reaches to the best. Furthermore, the structure is capable of making authorization and definition more particular so as to enhance the system security. The B/S embodies the definition of distributed application system. The distributed application system structure putts different running parts to independence machine result in great increase of the system ductility. So many enterprises strive to adopt the novel structure.The disciplines, characteristics of the B/S and comparison to old network computation models are deeply analyzed in this thesis. The rationality and superiority of the structure on the developed platform is also depicted. And ASP.NET, ADO.NET, C#, component and XML are discussed in details. So the techniques in the work possess advantages, superiorities and applicability.The following functions are implemented on the platform, information browse and retrieve, online debate, message and roles based platform management for administrator. Many works are focused on platform's attraction and appetency. Simultaneously, a lot of considerations are given to some special demand with respect to the communication between parents and school. Anyway, this platform increases the communication efficiency. And it is an Internet based platform with perfect functions, strong expansibility and practicability and reliable security.