SaaS Mode Enterprise Information Management Platform Research And Implementation

With the rapid development of the global economy,the industrial competition pattern forms gradually,more and more small and medium-sized enterprises need more than large enterprise with information means to the use of a global market,research and development and other resources to achieve its rapid development.And because the current enterprise for information management system requirements and actual conditions do not conform to,a lot of function can not satisfy the requirements of small and medium-sized enterprises for information,and at the same time,due to design system module complexity is high,and technical ability of talent demand is high,the deployment of more money,risk is high,for business process relatively simple,application demand relatively single,professional and technical personnel and funds are lack of small and medium-sized enterprise,it is not right.It is because of the computer technology and network technology development,within the SaaS(software namely services)model is more special.It is because the technology can for the small and medium-sized enterprise low cost,high efficiency used advanced technology implementing informatization construction provides a best shortcut.This paper focuses on some of the theoretical research SaaS mode.On these content after fully understanding of the basis of the in a suitable SaaS software design approach,under the guidance of suitable SaaS software development tools to SaaS mode of the enterprise information management platform to realize the building.In the realization process of SaaS mode according to the characteristics of the enterprise information management platform,based on the structure of the platform and realize the,completing the platform function module design,database design,and gives the flow chart of system implementation part and interface.In this paper finally this paper the current research situation and subsequent research direction made a summary,determine the system design of the actual application feasibility and the prospect of future development.