The Design and Implementation of Attendance MIS based on RMI
Abstract
Recent year, with the development of society and technical progress, people's work and life also cannot leave the computer more and more especially for the big enterprise. Not only in each enterprise, the enterprise staff's checking attendance work the work load is big, moreover time-limited. In the past, the enterprise much used the registration and the report form carries on the management, the efficiency and the transparency is bad, and also easy to make a mistake; With the development of Database and enterprise informationization, uses the computer management enterprise checking attendance work also to become ultimately, it saved the massive manpower and the physical resource for enterprise's checking attendance work, also greatly reduced the checking attendance staff's work load.
This article by “checking attendance information management system” the design and the development are examples, systematically elaborated the checking attendance system design development entire process. Including the system overall design, the logical frame and the data flow, each function module divides, system function parts and so on module design and concrete realization. This topic research is carries on the plan design to the checking attendance system, the goal is in order to satisfy the unit daily checking attendance management the demand, the expansion working space, causes the unit to manage the process to be faster, to be safe, is highly effective. This article has basically completed this topic research primary mission - pneumatic system analysis process. The paper system plan design process is embarks from unit's service flow launches the analysis, thus completes the system each function module the analysis process, as well as completes the partial function module the design, has realized the database information browsing, the input, the inquiry, the revision, the deletion and so on each kind of operation, the system design database uses SQL Server, causes the system operation through the unification contact surface to be more nimble conveniently, convenient.
