| This thesis' s subject is the design and implementation of Dongling company's actuator equipment production management system. This system's development solves the enterprise's small size and multiple types manufacturing requirements and centralizes around the enterprise's internal production planning and material flow scheduling with the support to manager's quantitative operational and transactional managements.The following works are accomplished with the objectives as the above by means of software engineering theory and techniques. At first the application software functional requirements are analyzed and setup with the use-case models where the critical functions cover the basic information management functions, production operating functions, material management functions and the product quality inspection functions. This application product manufacturing system is designed in the global architecture of client/server pattern where its client end programs are organized around the units of window objects for interactions and view displays while its back end programs are organized around the workflow management component on which the production operating, material management and quality inspection data processing module are configured. The system design and programming model are presented with the aid of object oriented techniques to establish the module's algorithm flows, internal object data structures and the system database designs in detail.Dongling company's actuator equipment production management system is developed with C++ language on Windows operating system with Oracle as its back-end database system. This system's development reaches the expected goals. The enterprise's productivity and integrity is significantly raised, the enterprise manufacturing resource's efficiency is effectively improved while the operational cost is essentially reduced, and a solid basis is founded via this system towards the higher level precise management. |
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