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民用无人机驾驶员心理选拔与评估的思考 被引量:3

Thinking on the Psychological Selection and Evaluation of the Drivers of Civil UAV
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摘要 民用无人机行业在中国发展迅速,但是无人机驾驶员心理选拔与评估基本上呈现空白状态。在分析国内无人机驾驶员心理选拔与评估中存在的问题基础上,提出探索建立民用无人机驾驶员心理选拔与评估体系的建议,包括借鉴民航驾驶员心理选拔与评估和军用无人机驾驶员心理选拔与评估的标准,无人机培训机构自身摸索实践,培训机构建立分类选拔与评估机制,培训机构对学员开展后期心理训练等途径,以推进国内无人机事业的发展。 Civil UAV industry in China has developed rapidly, but the driver's psychological selection and evaluation basically is showing a blank state. Based on the analysis of the problems exist- ing in the selection and evaluation of domestic UAV drivers, some suggestions to explore and establish the psychological selection and evaluation system of civil UAV drivers are put forward. These suggestions include drawing lessons from civil aviation pilots and military UAV driver's psychological selection criteria, encouraging UAV training institutions to try their own exploration and practice, to establish classification selection and evaluation mechanisms, and to carry out psychological training. It aims to promote the domestic development of the UAV industry.
作者 张功
出处 《中国民航飞行学院学报》 2017年第6期74-76,80,共4页 Journal of Civil Aviation Flight University of China
关键词 无人机 心理选拔 心理训练 UAV Psychological selection Psychological training
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  • 1Tvaryanas AP, Thompson WT, Constable SH. U. S. military unmanned aerial vehicle mishaps: assessment of the role of human factors using HFACS[R]. Kennedy Circle, Brooks City- Base, TX: 31th Performance Enhancement Directorate, USAF, 2005.
  • 2Tvaryanas AP, Thompson WT, Constable SH. The U. S. military unmanned aerial vehicle (UAV) experience- evidence- based human systems integration lessons learned [C]. Kennedy Circle, Brooks City-Base, TX: 31th Performance Enhancement Directorate, USAF. In Strategies to Maintain Combat Readiness during Extended Deployments - A Human Systems Approach. Meeting Proceedings RTO-MP-HFM-124, Neuilly-sur-Seine, France: RTO, 2005.
  • 3Cantwell HR. Operators of Air Force unmanned aircraft systems[J]. Air Space Power J, 2009 (Summer) , 67-77.
  • 4Mulrine A. UAV pilots[J]. Air Force Magazine, 2009 (1) : 34-37.
  • 5Tirpak JA. Putting the pilot in the RPAs[J]. Air Force Magazine, 2010 (7) :62-64.
  • 6Hoagland BT. Manning the next unmanned Air Force- Developing RPA pilots of the future[M]. United States Air Force, Center for 21st Century Security And Intelligence at Brookings, 2013.
  • 7Schanz MV. Spy eyes in the sky[J]. Air Force Magazine, 2013 (3) : 32-36.
  • 8Manning SD, Rash CE, LeDuc PA, et al. The role of human causal factors in U. S. army unmanned aerial vehicle accidents[R]. Fort Rucker, Kentucky. U. S. Army Aviation Branch Safety Office, U. S. Army Aeromedical Research, Laboratory, and U. S. Army Safety Center. 2004.
  • 9Department of the Air Force. AF148-123 Medical examinations and standards[S/OL]. Washington DC: HQ USAF/SG, 2014[2014-02-26]. http: //static. e-publishing, af. rail/.
  • 10Naval aerospace medical institute. US Navy aeromedical reference and waiver guide[S/OL]. Pensacola, Florida: Navy Medicine Operational Training Center, 2014[2014-06-22], http://www, med. navy. mil/sites/nmotc/nami/arwg/Pages/Aer omedicalReferenceandWaiverGuide, aspx http.

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