The Design And Implementation Of Open Laboratory Management System With Contactless Cards

This paper designs an open laboratory management system with contactless IC cards. Nowadays, many newly-established colleges have poor experiment equipment and technology condition so that the laboratory management and information processing have been done by hand. Under such circumstances, it is very inconvenient to store and share information and update experiment projects and it very difficult to arrange more experiment classes and manage a variety of experiment data. Therefore, the construction of open laboratory management system has employed advanced contactless IC card and Internet technique to solve mentioned-above problems. This new system has reformed the old management mode and has greatly improved the use of experiment and has stimulated students' passion, and it also gets management staff out of the heavy load of experiment management.This thesis has taken the development of open laboratory management system of college physics in Longyan University as a targeted source. This system can achieve such functions as students' booking experimental projects on line, and actualize the experimental management of students' booked place and time with the contactless IC card, sharing the limited resources of laboratories to the greatest extent and further optimizing the mode of experimental teaching, to serve students and teachers in Longyan University. This paper discusses the structure and principle of open experiment management system, summarizes the development methods and realization techniques, and put forward some detailed proposals for implementation as followings:1. It has a detailed discussion of the design and realization of software and hardware of open laboratory management system;2. It designs a platform, based on B/S structure, to choose experiment classes in advance, to make it convenient to develop the system and improve the efficiency and maintainability of the system;3. It employs the advanced contactless IC card for students as a carrier to go in and out of the laboratory; it can also be used as a all-purpose card on campus, thus effectively cutting down the cost.4. It can achieve the management of multi-layer users and improve the safety of the system with some advanced safety strategies;The system is easy, economical, convenient, and efficient to operate the system, and it can make full use of the existing network and experiment resource to improve the efficiency of experiment teaching and management.Therefore, the implementation of the system has reformed the methods of experiment teaching and accessing and has broken the traditional teaching mode which is carried out in a large class. The effect of experiment teaching has been greatly enhanced and students' comprehensive abilities have been fully improved.