The research management system in the higher vocational college is the foundation to realize an efficient research management in the college. In this article, we suggest an implementation scheme based on the workflow technology for the research management system in the higher vocational college. First, we analyze the research management demand by the high-level college and then apply the workflow technology into the development of the research management system and on the basis of ASP.NET and SQL Server 2005, we complete this system. The system function conforms to the operation flow of the research management in the higher vocational college. Also with the good flexibility and reliability, it enables the system to have a flexible process restruction.
For the purpose to realize information collection, collation, transfer, tracking and execution required by Hunan Urban Construction College to carry out the function of scientific research and management, and through the re-definition of the workflow process definition, we combine the modeling technology of Petri net and the workflow technology to design the amendment of the workflow process and the storage mechanism. Also we design the data structure of the workflow engine, hoping to make breakthrough on both thoughts and measures for the realization of the research management & information system.
Electronic engineering budget software provides a powerful tool for the electronic engineering cost analysis, reduces the tedious hand-written budget work of the Engineer. However, to break down the project, and input into project budget software are still time-consuming works. This thesis identifies electronic engineering construction drawings using image recognition technology, automatically calculates the engineer quantities in accordance with the semantic properties of the image pixel, and finally designs electronic engineering budget software based on construction drawing recognition technology. Software application shows that the time of budget book using PRBudget is only 1% of manual preparation, and the average error of calculate is 3.89%, so it can apply to practical engineering.
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