Applied Mechanics and Materials Vols. 475-476

Abstract: The technologies of visualization and semantic can help the human and the machine to understand the information well. This paper chose Yahoo financial website as data source, the reused stock representation with the aim of capturing the users interest is designed after studying the different visual analytical tools. The visual stock information system (VSIS) was developed to provide uncomplicated and interactive model analysis of the stock data. Its visualization model included five independent components - visual interface with search agent, intelligent data made up of ontology data, a global information and function data, transaction data, non-transaction data and stock information. Finally, the system was implemented shown in the graphic interface; the user can browse a visual stock with a variety of cognitive tasks such as stock information retrieval, stock data analysis and summarization of stock information on a real time.

Abstract: This article has introduced the development method of a kind of 4d cinema dynamic seat control system based on PLC, expounds the system's hardware structure , working principle, function characteristics, etc. The system's power is provided by hydraulic pump, hardware adopts closed loop feedback control system constituted by omron PLC, A/D module, D/A module, linear displacement sensor and electromagnetic proportional directional valve. The system has good stability, high cost performance, miniaturization, intelligent, etc.

Abstract: Aiming at the problems of low efficiency of traditional irrigation systems as well as the pay difficulties, a new design scheme of intelligent irrigation system based on RFID is proposed. GPRS module, RFID module, the power measurement module being controlled through Master module completes the intelligent irrigation. The presented method shows convenience, stabilization, reliability and application value.

Abstract: Support vector machine has good learning ability and it is good to perform the structural risk minimization principle of statistical learning theory and its application in fault diagnosis of the biggest advantages is that it is suitable for small sample decision. Its nature of learning method is under the condition of limited information to maximize the implicit knowledge of classification in data mining and it is of great practical significance for fault diagnosis. This paper analyzed and summarized the present situation of application of support vector machine in fault diagnosis and made a meaningful exploration on development direction of the future.

Abstract: In this paper a new method is proposed for intelligent sort of battery from waste paper based on Invariant Moments and Fractal Dimension (IMFD). In IMFD, a new distinctive feature that based on the edge contours is extracted to describe the target picture. At first invariant moments technique is used to extract Hus seven moments as the global descriptors from the target image. Then the fractal dimensions are extracted as local invariant descriptors by using Fractal Dimension. At last, a combing descriptor is built according the distinctive feature, which combines the global descriptor and the local descriptor together. The features are highly distinctive, and can be matched with high probability against a large database of features. The practical tests performed in this article show that the proposed method has a significant effect on increasing the stability, the accuracy of classification, and also can effectively against the huge-information during the image processing.

Abstract: Dropping or inhibition is the traditional way to control P2P traffic, which affects the user's experience. This paper implements an intelligent P2P traffic guidance scheme which combines recent P2PCache technology and some intelligent strategies. The scheme can fully make inner-network users interconnected, reduce the P2P interconnection traffic and improve the users experience.

Abstract: This Meteorological Instruments Visualized Verification Integrated System (MIVVIS) bases on existing conventional metrology business, using measurement verification image simulation technology, dynamic displays changes of the certification process and data acquisition in real-time, completes remote automatic measurement, control and regulation, improves work efficiency, and provides technical support to the new equipments of atmospheric monitoring automation projects.

Abstract: Along with the wide application of single chip computer and ARM technique as well as the development of communication technology, GPRS general grouping wireless service is attached with more importance by people in the current romote smart home system. The romote smart home system design based on TC35i Module and S3C2410X was elaborated, GPRS technology was used to realize remote control [1,2] , RS485 bus technique was used to net the home system, and embedded system was used to establish the developing platform of Home Intelligent controller which can realize intelligent management and control of home applications. Partial hardware electric diagram and software flowchart were provided. Field using indicates that this system is economical and flexible.

Abstract: Grid Workflow Language Yu wan jun^1,2, Liu Yunxiang^1,2, Fang Hua^{1,2 1} Shanghai institute of technology, School of computer science and information engineering, Shanghai, 201418, China ²Shanghai institute of technology, research center of machine olfaction, Shanghai, 201418, China Key words:Intelligant System; Grid Workflow; Activity; Parallel Structure; Abstract:Grids specification is one of the imporant contents in grid workflow fields, it can shield details of underling grid, so users can concentrate on the description of Grid applications. AGWL(Abstract Grid Workflow Language) is an abstract language based on XML, it was always used to describe grid workflow. The basic activities are connected by the control flow and data link. AGWL uses advanced control flow to support the parallel execution of conditions and loops. As an example, we finally introduced a sales process to show the capacity of the grid workflow language AGWL.

Abstract: The traditional hierarchical network architecture has the defect of redundancy and no interaction between the layers. These defects have bad impact on QoS and network security. Hierarchical network protocols is difficult to be used to satellite network. Component-based network architecture is proposed for eliminating of hierarchical network design flaws. Network protocols will be divided according to the function for forming of low coupling functional components. It provides high quality services to the application using combined components.