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首页> 外文会议>Congress of the International Council of the Aeronautical Sciences; 20060903-08; Hamburg(DE) >FLAVIIR, AN INNOVATIVE UNIVERSITY/INDUSTRY RESEARCH PROGRAM FOR COLLABORATIVE RESEARCH AND DEMONSTRATION OF UAV TECHNOLOGIES
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FLAVIIR, AN INNOVATIVE UNIVERSITY/INDUSTRY RESEARCH PROGRAM FOR COLLABORATIVE RESEARCH AND DEMONSTRATION OF UAV TECHNOLOGIES

机译：FLAVIIR，一种创新的大学/行业研究计划，用于无人机技术的协作研究和演示

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摘要

A major research programme into advanced technologies for Uninhabited Airborne Vehicles (UAVs) in June 2004. The ￡6.5M, five-year project represents a major investment in aerospace technology for BAE SYSTEMS and their partner, the Engineering and Physical Sciences Research Council (EPSRC). The focus of "FLAVIIR" is to develop technologies which support low cost (to acquire and operate) UAVs, together with the broader goal of improving the exploitation and hence impact of the research work completed through closer management of the research team. The project involves ten universities working together at two levels: inter-university collaboration within disciplines and interdisciplinary collaboration both within and across university boundaries. This aspect makes the project particularly challenging for Cranfield, as it is managing the complete project (with BAE Systems) and is to deliver the benefits of these joint activities. This work leads to the integration of the technologies into a sophisticated flying demonstrator UAV which is scheduled to fly in 2009. A particularly challenging requirement is that the vehicle should demonstrate an entire flight cycle, without the use of conventional flap-type control surfaces. The project now has more than 35 researchers working in subject areas ranging from novel aerodynamic techniques to develop control forces, novel flight control systems, to hybrid laser techniques to 'write' sensors and actuators directly onto carbon composite structures.The paper gives a description of the new technologies being developed, their integration into a number of demonstrations and the plans for their culmination in the Demon flying demonstrator vehicle, which will be based on the Eclipse Vehicle. The paper will also discuss the equally important issues of integrating, a multi-university/industry research team.
机译：2004年6月，一项针对无人驾驶飞行器（UAV）先进技术的重大研究计划。这项耗资650万英镑，为期5年的项目代表了BAE SYSTEMS及其合作伙伴工程与物理科学研究委员会（EPSRC）在航空航天技术方面的一项重大投资。 ）。 “ FLAVIIR”的重点是开发支持低成本（获取和运营）无人机的技术，以及通过更紧密地研究团队管理来改善研究的开发以及由此产生的影响的更广泛目标。该项目涉及十所大学，它们在两个层次上共同努力：学科内部的大学间合作以及大学内部和跨大学之间的跨学科合作。这方面对Cranfield来说使该项目特别具有挑战性，因为它正在管理整个项目（使用BAE Systems），并要提供这些联合活动的收益。这项工作使这些技术集成到了计划于2009年飞行的复杂的飞行演示无人机UAV中。一个特别具有挑战性的要求是，该车辆应演示整个飞行周期，而无需使用常规的襟翼式控制面。该项目目前有超过35名研究人员在各个领域工作，从新颖的空气动力学技术到发展控制力，新颖的飞行控制系统，再到混合激光技术，将传感器和执行器直接``写''到碳复合材料结构上。正在开发的新技术，将其集成到许多演示中以及将其最终制作在以Eclipse Vehicle为基础的Demon飞行演示器车辆中的计划。本文还将讨论由多个大学/行业研究团队组成的同样重要的问题。

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