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基于生理评测技术的民用无人机控制界面研究 被引量:2

RESEARCH ON THE CONTROL SURFACE OF UAV BASED ON PHYSIOLOGICAL MEASUREMENT
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摘要 无人机技术经过数十年的发展已相当成熟,近几年以大疆为代表的民用无人机发展更是迅速。然而民用无人机的快速发展也带来了一系列问题,由于民用无人机控制界面复杂,对操控人员的要求较高,导致无人机事故率居高不下,对人身安全与财物安全造成了安全隐患。研究者提出通过融合生理评测技术的无人机控制界面研究方法,进一步提升界面用户体验,从而降低无人机事故发生率。 Through decades of development, UAV (unmanned aerial vehicle) technology has been quite mature, and DJI as the representative of the civilian UAVs develops pretty rapidly. Rapid development also brings a series of problems including high accident rate of drone due to the difficulty of controlling and the complexity of control surface, results in Security risks. Researcher suggests a new research method based on physiological measurement, aiming to improve the user experience of UAV' s control surface and reduce the incidence of UAV accident.
出处 《设计》 2018年第5期154-155,共2页 Design
关键词 无人机 控制界面 生理评测 UAV Control surface Physiological measurement
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