Research on Teaching Quality Monitoring System Based on B/S Architecture: A Novel Approach

Abstract

With the rapid development of Internet technology and applications, network integration into all aspects of people's lives, the computer network has become a powerful force for social and economic development, the use of network information technology to achieve national economic and social information Based on B. / S to develop teaching quality monitoring system that can solve informative educational administration, information gathering difficult feedback lag, low accuracy of the information bottleneck, in order to fully realize the network of educational administration, automation, digitization, so that efficient and orderly educational administration performed. Introduction Information technology is an important strategic step for school development, is to improve the teaching, research and management of essential supporting conditions. Especially now that the process of rapidly advancing information technology in the education sector, the focus has gradually shifted from focusing on the construction of an integrated network information platform integration, network services and other aspects of intelligence and personality, modern education management is the increasing use of Internet-based technology to achieve the development trend of information technology [1-2]. With the deepening of education reform, and comprehensively promote quality education and expanding the size of school, teaching resources are increasingly strained, teaching how to make full use of scarce resources, and improve utilization of resources, doubling the amount of information processing, has become the focus of the management functions of common concern. With the network technology in teaching and school management has also been the promotion and popularization, we can take advantage of the favorable conditions and resources, fully integrated database system, technology, network communications, multimedia and other related information processing technology, construction teaching quality monitoring system development based on B/S of teaching quality monitoring system to monitor the quality of teaching problem solving, management can reduce the workload of teaching staff, students and teachers can simplify the work of teachers can fill out a transcript becomes convenient, corresponding paper analysis becomes intelligent, and students can also remotely evaluating teaching and remote enrollment by WAN, greatly improving the quality and flexibility of elective monitoring, but also can effectively reduce the losses caused by operators, in seeking to make the system fully functional, efficient application of the Senate better for my school, teaching management, teaching quality monitoring work service, to improve the teaching management departments at all levels, quality, efficiency, and by experimental verification of this system, the test results achieve the purpose of the design. Based Implementation B / S of teaching quality monitoring system is simple, practical, and has good application value. The related theory and technology analysis B / S mode Architecture. Because of these deficiencies C / S structure, we can add in the middle of the traditional C / S structure of the layer, the client is responsible for the original function to the middle layer to achieve, the middle layer is the Web server layer. Thus, the client is not responsible International Conference on Advances in Mechanical Engineering and Industrial Informatics (AMEII 2015) © 2015. The authors Published by Atlantis Press 1972 for the original data access, we need to install the client browser on it. The original server as the database server, install the database management system and create a database on the database server. Web server role is to access the database, and passed to the browser via Internet / Intranet network [3]. B / S mode uses a three-tier architecture, namely the client, server, and database server. Clients simply use a browser to access the server, transaction processing on the server side, data processing by the database server, so it can be carried out through the network remote data access. But only in the B / S mode cannot be directly controlled object implementation and data communication. Implementation and controlled object data communication system for remote real-time monitoring system requires the use of four-story structure, namely the presentation layer, functional layer, data layer and control layer based on B/S mode [4-5]. As shown in figure 1, the three-tier architecture based on B/S on the increase in service level control, used to implement the Web server to communicate and control the controlled object. But essentially there is a difference. Here not only increase the control layer, and the functional layer and data layer functions have also been expanded. Excellent characteristics of this architecture has both B / S mode, increased control services, full use of existing network resources and industrial site resources, and make the two together organically, reaching on B / S remote real-time monitoring mode. Bowser Web server Srver database Database Control database Controlled object Data layer Control layer Request