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Unmanned Aerial System-based Tactical Operations for Supporting Emergency Response in Campus Communities

机译:基于无人的空中系统的战术作业,用于支持校园社区的应急响应

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Law Enforcement agencies and Police Departments are considering the acquisition of quadrotor-style Unmanned Aerial Systems (UAS) to add to their fleet of security technologies. UAS have proven to be highly effective tools across a wide variety of domains, including law enforcement. This project is exploring the future role that UAS could play in the safety and security of a university campus community by identifying and analyzing one specific application: automatic deployment of a camera platform UAS from by the police department to any location on campus. The constraints surrounding this application are established, namely buildings, trees, weather, regulations, and pedestrian traffic on the ground. The overall impact and benefit of the system is then quantified by using performance metrics such as range, response time, and time on station of the UAS. Performance is simulated as a function of time of day, deployment location, and wind conditions, and the resulting approach is leveraged as part of future UAS operations planning.
机译:执法机构和警察部门正在考虑收购四轮车风格无人机系统(UAS),以增加其安全技术舰队。 uas已被证明在包括执法范围内的各个领域的高效工具。该项目正在探讨UAS通过识别和分析一个特定应用程序的UAS在大学校园社区的安全和安全方面发挥的未来作用:将警察局从警察局自动部署到校园内的任何位置。围绕此申请的约束是建立的,即地面上的建筑物,树木,天气,法规和行人交通。然后通过使用UAS站的范围,响应时间和时间等性能度量来量化系统的整体影响和益处。性能被模拟为一天的时间,部署位置和风力条件的函数,并且由此产生的方法被利用作为未来UAS运营规划的一部分。

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