Training Warehouse Slotting Optimization And Its Teaching Management System Research

Coincident with the development of the modern era, the contemporary education ideologies, theories as well as the concepts are all actively changed in order to adapt the requirements of social talent amid current time. Automatic storage and retrieval system therefore has been one of the significant segments of the modern logistics technologies. Automatic training platform for stereoscopic warehouse thereafter has been established for higher education institutes to cultivate better intellectual and qualified talent for the society. The system of automatic training stereoscopic warehouse and its management system have been analyzed with the purpose of fulfilling the delivery and storage requirements and its timely response of training.To begin with, the storage assignments of the automatic training stereoscopic warehouse were analyzed based on the practical demand. Due to the distinctive and complicated storage characteristics of the warehouse, the precise description cannot be presented by the traditional mathematical distribution models, hence an approach based on fussy logistic was put forward in this thesis. The storage position of the goods was calculated through the selecting of the connection among the production frequencies, and weight. The effectiveness and advancements of the approach was verified via the actual case studies.Then, with the guidance of related documents and literature, combined the teaching demand of the warehouse, the data flowchart and business flow chart were drawn. Moreover, the data model and logical data model were established based on the connections among the research entities, data base of training stereoscopic warehouse management system was developed via SQL Server 2008.Eventually, the stereoscopic warehouse teaching system based on the software of B/S was designed and constructed. The functions such as user management, basic data management, training management, stereoscopic warehouse management and goods assignment were realized through C#. The expected designing requirements were initially met by the operation and analysis of the developed system, as the stable systematic operation environment was realized simultaneously. Not only the teaching operation process was simplified, the efficiency of the warehouse was also increased. In addition, the conclusions and future prospective of the thesis were proposed in the last parts.Combined with the actual demand for the training stereoscopic warehouse, the training stereoscopic warehouse teaching management system was established, a rational teaching management control process was achieved. Besides, due to the implement of fussy in the cargo distribution, a faster, more flexible and adaptable storage and delivery of goods was realized, the overall efficiency of the training was improved, and a more reasonable application of the higher institutes’ resources was implemented.