Tune Course Scheduling System Design And Implementation

Information technology-based school administration is an essential part of the information technology-based national education and an effective way of realizing the modernization of educational administration. The construction and investigation of a school administration information system is the principal project for achieving information technology based education and the premise that enables an integrated educational administration based on network and digital data. It enables the connection among educational administration information systems, the share of resources and the secrecy of information, and thus is the essential way of improving the efficiency of educational administration. The rise of information technology based school administration is a deep revolution in the concepts, modes and manners of educational administration. The traditional way for school administration has well-known disadvantages. The handling of those problems necessitates intensifying the construction and investigation of school administration information systems.Advanced professional education is a novel type of professional education that recently blossomed within China. Traditionally, such education inherits most of the features of the professional training that is targeted at medium level and thus results in relatively simple educational administration. Whereas, with the reform of the advanced professional education, credit based system becomes prevalent and turns into the dominant mode that is adopted among schools. As the educational mission of the advanced professional school differs vastly from general college education, the curriculum will be focused more on application orientated training so as to improve the real problem solving capability of the students. This, however, pose a significant challenge to the time wise scheduling for the curriculum. It is therefore of imperative need to develop an efficient class scheduling system that specifically meets the need of the professional schools. Obviously, such a scheduling system will effect very positively in simplifying the educational management and enhance working efficiency.The work in this thesis is a sub-project of the School Administration Information System of Luzhou Professional College. Luzhou Professional College is an advanced technical school formed by the combination of former Sichuan Hydropower School, Luzhou Educational College and Luzhou Normal School. In order to match the reform of credit based system in the advanced professional schools, Luzhou Professional College is trying to change the traditional way for intermediate level professional education. The development of the class scheduling system must consider the education and administration of students in both advanced and intermediate levels.This thesis focuses on the design and realization of a class scheduling system that addresses the aforementioned specific needs of advanced professional schools. Based on in-depth analysis on administrative mode of professional school and specific need of the class scheduling, exploratory research is performed on the algorithm of class scheduling as well as the architecture of such application software. The main accomplishments of the work include:1,Based on the specific need of the advanced professional schools, class scheduling related resources are allocated, and algorithms for the class scheduling system are analyzed and designed2,According to the need analysis and the design of class scheduling algorithm, the data-structure of the system is designed using object-oriented concepts. The relevant rules and processing methods for the conversion between the object models and relation-type database are discussed.3,The .NET technique is introduced as well as the corresponding design and realization of distributive application structured under .NET framework, with the emphasis on the design and realization of the class scheduling system under .NET framework.4,The security strategies for system access under .NET framework and for server-end Web-service access are investigated, and their implementation issues are addressed. The deployment of distributive application under .NET framework is explored.