Management & Engineering Enterprise Information Management System Integration Based on
by user
Comments
Transcript
Management & Engineering Enterprise Information Management System Integration Based on
Management & Engineering 22 (2016) 1838-5745 Contents lists available at SEI Management & Engineering journal homepage: www.seiofbluemountain.com Enterprise Information Management System Integration Based on Internet of Things Technology Congguo MA∗, Jianguo WANG Huaiyin Institute of Technology, Huaian 223002, Jiangsu, P.R.China KEYWORDS Internet of things, System integration, Management information system, Decision support ABSTRACT In order to meet the needs of enterprise modern development and realize the management of high agility and integration, the paper constructed enterprise information management system based on Internet of things technology, and completed the system architecture design and function module design and software structure, the system integrated production management and sales management and warehouse management and quality inspection management and system maintenance functions into the enterprise information management system to achieve the real-time information sharing and improve the modernization level of enterprise management. © ST. PLUM-BLOSSOM PRESS PTY LTD 1 Introduction Because of the development influence of technology and economic and human factors, the enterprise development process has accumulated large amounts of heterogeneous data, the data exchange and information resources sharing cause data redundancy and data inconsistency, it is difficult for enterprise to access data resources and management decision. The effective integration of the heterogeneous data is the data base and the prerequisite for establishment enterprise information management and decision support system. Therefore, the establishment of enterprise information integration platform can provide efficient, convenient and reliable management means, eliminate data situation of "lacking spirit of cooperation" and accommodate all kinds of heterogeneous data and the effective integration of multidimensional database to support data mining and prediction and decision. Enterprise information integration is to realize the data integration and information services of company production and sales and management. The integration technology of heterogeneous database and information resource can reduce the data redundancy and improve the data consistency and data sharing [1]. 2 Enterprise Information Management System Based on Internet of Things Internet of things is a global technology revolution and is widely used in enterprise information management to realize multitarget locating and information storage automatic identification and tracking and so on through the sensing and control equipment and the ∗ Corresponding author. E-mail address: [email protected] English edition copyright © ST. PLUM-BLOSSOM PRESS PTY LTD DOI:10.5503/J.ME.2016.22.003 12 object information or object interaction. Enterprise information integration platform based on Internet of things technology combined GPS and GIS with MIS, Internet of things is mainly from three layer structure of perception layer and network layer and application layer, applications can be divided into two parts to support the application layer and the application of Internet of things, the hierarchical structure includes 4 parts: sensing platform and transfer platform and support platform and application platform, its structure is shown as Figure 1 [2]. The main features of enterprise information integrated management platform based on Internet of things are: (1) Aware platform. Sensing platform is the front-end of Internet of things, it achieves the object of perception function including data collection and object recognition, the main technology is RFID and sensors and laser scanning and front self-organizing network, and implements logistics information data integration through networking sensing technology and multi-source data acquisition of logistics business and heterogeneous database integration and information integration technology. (2) The transmission platform. It is a variety of data sensing platform for the transmission through the network to application layer. The network has the Internet and satellite network and broadcasting and television network and mobile network and the private network. (3) Supporting platform. It mainly refers to system development and data processing technology in Internet of things, and includes operating system and database and data mining technology and heterogeneous database integration and middleware technology and XLM technology and Web Technology etc. The main interface and transmission platform and application platform realizes information sharing and decision analysis and intelligent processing and network management etc. (4) Application platform. All kinds of application service system include intelligent logistics and smart grid and intelligent home furnishing etc. The system realizes the embedded GPS/GIS system and MIS system integration, the information system is very convenient for data sharing and multi-source logistics information collection and traceability system based on RFID technology to achieve full control of the supply chain. Logistics distribution center achieves comprehensive integration of information flow material flow and capital flow in electronic commerce. Logistics distribution center of automatic should include full automatic solid warehouse and automatic feeding system and automatic sorting system and robot palletizing system to realize logistics management. Figure 1 Management framework of information system based on network 3 The Knowledge Base Technology as the Core of MIS Software Structure Because of single data organization mode as the center and their own limitations, it has been unable to meet decision analysis requirements of data system, the emergence and development of knowledge base provide a powerful tool for enterprise information management, which reorganizes the data on the basis of traditional database and uses the knowledge of enterprise and employees to knowledge intensive decision [3]. It is not only for the acquisition of knowledge and code, but also improves the enterprise knowledge sharing and retrieval. Management information system based on knowledge base deals with transaction processing environment and 13 decision analysis and constitutes a kind of new intelligent decision environment. The system consists of six parts of production management subsystem and enterprise information management subsystem and sales management subsystem and quality assurance subsystem and process management subsystem and supply chain management subsystem etc. Production management subsystem and enterprise information management subsystem database mainly complete production management all and daily and data entrance of entire enterprise management information system and provide the original data to the auxiliary decision system; decision support system includes the database and model library and document library, and mainly completes the statistical analysis and forecast budget and other functions, and provides decision support for makers; system management subsystem is responsible daily maintenance and data extraction and classification of data sources and knowledge source data from various sources and transformation data to knowledge warehouse. Knowledge acquisitions is man-machine system composed by knowledge engineers and intelligence programs, it includes actively scanning and analysis and retrieval of knowledge resources and knowledge unit, and establishes links and contextual knowledge unit. Knowledge in data warehouse interacts via push engine and decision system. Knowledge push is used to improve the efficiency of knowledge dissemination technology in promoting the dissemination of knowledge under the guidance of the theory; the users are interested in knowledge through Web to user knowledge. The system makes the predetermined knowledge description format to extract keywords through the knowledge push the engine, and matches with the corresponding solution problem in the knowledge warehouse. Figure 2 Software architecture based on knowledge warehouse 4 The System Realization Based on the analysis of system user needs, information management in middle and small enterprises in this paper is based on the order form production pattern, function module mainly includes production management module and sales management module and warehouse management module and quality inspection management module and system management module 5 modules, each module contains input and output and query and modify and data statistics and other functions. Data transmission achieves transmission among the modules through a shared database and parameters. The system logic function diagram is as shown in Figure 3 [4]. (1) Production management module includes production management module; task check displays a given date the task completion of production daily report and shows the completion task of monthly production report. (2) Sales management module includes product order management and product delivery management and sales queries, sales management system can help enterprise sales personnel to complete the customer file management and sales management and sales order management and offer customer credit check and bill of lading and sales delivery processing and sales invoices and red invoice processing. Sales management subsystem manages the entire sales. The users can timely get accurate data information for each link and the sales process. (3) Warehouse management module includes storage management and database management and inventory management and statistical report. Inventory management includes 3 parts warehouse management of raw materials and the finished products and semi-finished products, the warehouse is the intermediate link enterprise of procurement and production and sales of raw materials and production and sales, the system can provide warehouse storage information any time on, enterprises have the purchasing plan 14 according to the market demand, and timely adjust goods storage structure of products and raw materials, and set up a warehouse alarm prompt function. (6) The database design: data model of the database to database tables contains production schedule and task list and customer data and product ordering list and product delivery. Figure 3 The system function structure diagram 5 Conclusion This paper combined with the actual characteristics of business management and analyzed the methods of constructing enterprise management information system and the disadvantages of traditional enterprise management information system, the knowledge base as the core technology is proposed on the basis of decision support, knowledge is becoming the key of enterprise management strategy based on enterprise management information system, base technology based on the knowledge has extensive application prospects. With the rapid development of computer technology and Internet technology, they create good conditions for enterprise information and provide a favorable technical support for enterprise information management system to achieve full range of multi-functional. In the process of constructing enterprise integrated information system, the enterprise should consider comprehensive application system of network application system and use various functions from the idea of selection and development and combination to construct enterprise integrated information system, and establishes the system function modules in the standard configuration according to various branches in different business processes. Small and medium enterprises will also gradually improve the modern information management model with the degree deepening of information technology and make the overall benefit and efficiency of enterprise improved. References [1]. SUN Jiping. Coal Mine Network Characteristics and Key Technology Research [J]. Journal of China Coal Society. 2011, 36 (1): 167-171 (in Chinese) [2]. LI Nan, LIU Min, YAN Junwei. Industry Networking Framework for Steel Continuous Casting Equipment Repair and Maintenance [J]. Computer Integrated Manufacturing Systems. 2011, 17 (2): 413-418 (in Chinese) [3]. LI Shengqi, XU Fuyuan, NI Ming. Architecture of Enterprise Knowledge Warehouse and Technology [J]. Modern Library and Information Technology. 2010 (10): 81-84 (in Chinese) [4]. XIAO Jiangwen, SHEN Guojun. Research on Authority Management of Enterprise Information System [J]. Computer Technology and the Development. 2010, 16 (8): 146-148 (in Chinese) 15