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Autonomous Unmanned Aerial System Design, Development, Integration and Verification

机译:自主无人机系统的设计,开发,集成和验证

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This document describes the design, development and verification ofan autonomous unmanned aerial system (UAS), named Grey Owl, asdeveloped by the Technion Aerial Systems (TAS) team. The team consistsof members from the Aerospace Eng. And Computer Science faculties. Forits first participation in the AUVSI Student UAS competition, the team hasdesigned and manufactured its own custom airframe, suited for thecompetition's missions. The team also integrated it with full autonomouscapabilities, a high quality stabilized imaging payload and reliable,independent communications to the Mission Ground Station (MGS), whilekeeping safety a foremost priority through the entire process. With itsmain goal to assist the fire containment efforts, the Grey Owl UAV isthoroughly designed and tested to withstand high velocity winds whileproviding real time intelligence, surveillance and reconnaissance (ISR).
机译:本文档介绍了产品的设计,开发和验证 名为“灰O”的自主无人机系统(UAS)为 由Technion航空系统(TAS)团队开发。团队由 航空航天工程师的成员。和计算机科学系。为了 团队首次参加AUVSI学生UAS竞赛, 设计和制造了自己的定制机身,适用于 比赛的任务。团队还将其与完全自主的集成在一起。 功能,高质量的稳定成像有效负载和可靠的功能, 与任务地面站(MGS)的独立通信,而 在整个过程中,将安全放在首位。凭借其 灰色猫头鹰无人机是协助灭火工作的主要目标 经过全面设计和测试,可承受高速风 提供实时情报,监视和侦察(ISR)。

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