首页> 外文会议>IEEE/RSJ International Conference on Intelligent Robots and Systems >Integration of a Canine Agent in a Wireless Sensor Network for Information Gathering in Search and Rescue Missions*This work was partially funded by the Spanish project DPI2015-65186-R. The publication has received support from Universidad de Málaga Campu
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Integration of a Canine Agent in a Wireless Sensor Network for Information Gathering in Search and Rescue Missions*This work was partially funded by the Spanish project DPI2015-65186-R. The publication has received support from Universidad de Málaga Campu

机译:在无线传感器网络中集成犬代理以进行搜救任务中的信息收集*这项工作部分由西班牙项目DPI2015-65186-R资助。该出版物得到了马拉加坎普大学的支持

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Search and rescue operations in the context of emergency response to human or natural disasters have the major goal of finding potential victims in the shortest possible time. Multi-agent teams, which can include specialized human respondents, robots and canine units, complement the strengths and weaknesses of each agent, like all-terrain mobility or capability to locate human beings. However, efficient coordination of heterogeneous agents requires specific means to locate the agents, and to provide them with the information they require to complete their mission. The major contribution of this work is an application of Wireless Sensor Networks (WSN) to gather information from a multi-agent team and to make it available to the rest of the agents while keeping coverage. In particular, a canine agent has been equipped with a mobile node installed on a harness, providing information about the dog's location as well as gas levels. The configuration of the mobile node allows for flexible arrangement of the system, being able to integrate static as well as mobile nodes. The gathered information is available at an external database, so that the rest of the agents and the control center can use it in real time. The proposed scheme has been tested in realistic scenarios during search and rescue exercises.
机译:在对人类或自然灾害做出紧急响应的情况下进行搜索和救援行动的主要目标是在尽可能短的时间内找到潜在的受害者。多特工团队可以包括专门的人类应答者,机器人和犬科部队,可以弥补每个特工的优势和劣势,例如全地形机动性或人类定位能力。但是,异构代理的有效协调需要特定的方法来定位代理,并向他们提供完成任务所需的信息。这项工作的主要贡献是无线传感器网络(WSN)的应用,可从多代理团队收集信息,并在保持覆盖范围的同时将其提供给其余代理。尤其是,犬代理已配备了安装在安全带上的移动节点,可提供有关狗的位置以及气体水平的信息。移动节点的配置允许系统的灵活安排,能够集成静态节点和移动节点。收集的信息可从外部数据库获得,以便其余座席和控制中心可以实时使用它。在搜索和救援演习中,该方案已在实际场景中进行了测试。

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