The Experts below are selected from a list of 52656 Experts worldwide ranked by ideXlab platform
Gerhard Noecker - One of the best experts on this subject based on the ideXlab platform.
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Wireless local danger warning: Cooperative foresighted driving using intervehicle communication
IEEE Transactions on Intelligent Transportation Systems, 2010Co-Authors: George K. Mitropoulos, Fernando Aguado-agelet, Horst Wieker, Hans Josef Hilt, A. Hinsberger, Irene S. Karanasiou, Said Mammar, Gerhard NoeckerAbstract:Vehicle collision mitigation, cooperative driving, and vehicle-to-vehicle (V2V) and/or vehicle-to-infrastructure (V2I) communication constitute a broad multidisciplinary research field that focuses on improving road safety. Statistics indicate that the primary cause of most road accidents is vehicles' excessive speed and delayed drivers reaction. Thus, road safety can be improved by early warning based on V2V communication. An innovative system called wireless local danger warning (WILLWARN), which is based on recent and future trends of cooperative driving, enables an electronic safety horizon for foresighted driving by implementing onboard vehicle-hazard detection and V2V communication. One of the key innovative features of the proposed system is the focus on low penetration levels in rural traffic by a new message-Management strategy that is based on storing warning information in the vehicle and distributing warnings through communication, particularly with oncoming traffic. The system timely warns the driver about a dangerous situation ahead by decentralized distribution of warnings and incident messages via ad hoc intervehicle communication. The WILLWARN system is based on a modular object-oriented architecture consisting of the V2V communication Module (VVC), the warning message-Management Module (WMM), the hazard-detection-Management Module (HDM), the hazard-warning-Management Module (HWM), a Global Positioning System (GPS) receiver, and various onboard sensors. In this paper, all system Modules, as well as their interoperability, are presented in detail.
Haiguang Wang - One of the best experts on this subject based on the ideXlab platform.
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CCTA (1) - Development of a Web-Based Information Service Platform for Protected Crop Pests
Computer and Computing Technologies in Agriculture IV, 2011Co-Authors: Chong Huang, Haiguang WangAbstract:With the rapid development of internet technology and protected cultivation in China, it is impending to implement a web-based information service system to spread professional agricultural knowledge. In this study, a 3-layer architecture web-based information service platform (ISP) for protected crop pests was developed using HTML, JavaScript and active server page (ASP). The platform included the information Management Module, the aided diagnosis Module, the Module of instructions for pest control, the technology BBS Module, the system Management Module and the relative references Module. Two logical algorithms, namely, identification key method and fuzzy diagnostic method, were designed for aided diagnosis of protected crop pests. The ISP could provide a technological platform for decision makers, agricultural technique extension workers and farmers. It is favorable to the effective Management of protected crop pests.
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Development of a Web-Based Information Service Platform for Protected Crop Pests
2010Co-Authors: Chong Huang, Haiguang WangAbstract:With the rapid development of internet technology and protected cultivation in China, it is impending to implement a web-based information service system to spread professional agricultural knowledge. In this study, a 3-layer architecture web-based information service platform (ISP) for protected crop pests was developed using HTML, JavaScript and active server page (ASP). The platform included the information Management Module, the aided diagnosis Module, the Module of instructions for pest control, the technology BBS Module, the system Management Module and the relative references Module. Two logical algorithms, namely, identification key method and fuzzy diagnostic method, were designed for aided diagnosis of protected crop pests. The ISP could provide a technological platform for decision makers, agricultural technique extension workers and farmers. It is favorable to the effective Management of protected crop pests.
George K. Mitropoulos - One of the best experts on this subject based on the ideXlab platform.
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Wireless local danger warning: Cooperative foresighted driving using intervehicle communication
IEEE Transactions on Intelligent Transportation Systems, 2010Co-Authors: George K. Mitropoulos, Fernando Aguado-agelet, Horst Wieker, Hans Josef Hilt, A. Hinsberger, Irene S. Karanasiou, Said Mammar, Gerhard NoeckerAbstract:Vehicle collision mitigation, cooperative driving, and vehicle-to-vehicle (V2V) and/or vehicle-to-infrastructure (V2I) communication constitute a broad multidisciplinary research field that focuses on improving road safety. Statistics indicate that the primary cause of most road accidents is vehicles' excessive speed and delayed drivers reaction. Thus, road safety can be improved by early warning based on V2V communication. An innovative system called wireless local danger warning (WILLWARN), which is based on recent and future trends of cooperative driving, enables an electronic safety horizon for foresighted driving by implementing onboard vehicle-hazard detection and V2V communication. One of the key innovative features of the proposed system is the focus on low penetration levels in rural traffic by a new message-Management strategy that is based on storing warning information in the vehicle and distributing warnings through communication, particularly with oncoming traffic. The system timely warns the driver about a dangerous situation ahead by decentralized distribution of warnings and incident messages via ad hoc intervehicle communication. The WILLWARN system is based on a modular object-oriented architecture consisting of the V2V communication Module (VVC), the warning message-Management Module (WMM), the hazard-detection-Management Module (HDM), the hazard-warning-Management Module (HWM), a Global Positioning System (GPS) receiver, and various onboard sensors. In this paper, all system Modules, as well as their interoperability, are presented in detail.
Ma Yan - One of the best experts on this subject based on the ideXlab platform.
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Design and Implemeotation of File Distribution Management Module Based on Multicast and P2P
Computer Science, 2008Co-Authors: Ma YanAbstract:This paper introduces a CNGI research project "A File Distributing System by The Cooperation of IP Multicast and P2P". Through careful design of the file Management Module of the system,a combined function of IPv6 multicast and P2P fulfilled can be realized. By using the JXTA P2P platform,the system implements the basic functions of node searching,node resource searching,communication among nodes and unified file Management. The system uses the multicast function if it is available,then P2P function is used to deliver information across multicast domain. The final part of this paper reveals the successful design of the file Management Module by analyzing the test results in different environment.
Zhang Hong-wu - One of the best experts on this subject based on the ideXlab platform.
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Design and implementation of portal interface Management Module based on SiPESC
Computer-Aided Engineering, 2012Co-Authors: Zhang Hong-wuAbstract:As to the user requirements of integrating all kinds of application software and customizing unified integrated software environment interfaces,a portal interface Management Module is designed for SiPESC platform by using the techniques,including plug-in,XML and Qt.The Module is with good extensibility and dynamical customization.The design idea,software framework and key technologies of the portal Management Module are discussed.The practical applicability of the Module is demonstrated with some actual applications.
