LANDING WITHOUT A PILOT

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LANDING WITHOUT A PILOT

机译：无需驾驶员降落

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Since small airports often lack the pricey ground equipment-such as the Instrument Landing System-that allows for automated landings, researchers at the Technical University of Munich are developing an onboard system, C2Land, that works anywhere. They conducted a successful initial test in May, when a Diamond DA42 four-seater airplane landed at a small airport in Austria without pilot assistance. C2Land relies on an optical reference system, which processes both visible and infrared light. A computer then compares the images with the airplane's location, as indicated by GPS signals, calculating a virtual glide path for the landing approach and adjusting flight controls by means of a fly-by-wire system.

机译：由于小型机场通常缺少能够自动着陆的昂贵的地面设备（例如仪表着陆系统），慕尼黑工业大学的研究人员正在开发一种可在任何地方使用的机载系统C2Land。他们在5月份进行了一次成功的初始测试，当时一架钻石DA42四座飞机在没有飞行员协助的情况下降落在奥地利的一个小机场。 C2Land依靠光学参考系统，该系统同时处理可见光和红外光。然后，计算机将图像与GPS信号指示的飞机位置进行比较，计算出用于降落进近的虚拟滑行路径，并通过电传操纵系统调整飞行控制。

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《Air and Space》 |2019年第4期|12-12|共1页
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1. Looking Without Landing—Using Remote Piloted Aircraft to Monitor Fur Seal Populations Without Disturbance [J] . McIntosh Rebecca R., Holmberg Ross, Dann Peter Frontiers in Marine Science . 2018,第4期

机译：无需着陆就可以看到—使用遥控飞机在无干扰的情况下监控海狗种群
2. Evidence toads may modulate landing preparation without predicting impact time Evidence toads may modulate landing preparation without predicting impact time Evidence toads may modulate landing preparation without predicting impact time [J] . Gary Gillis, S. M. Cox Biology Open . 2017,第1期

机译：证据蟾蜍可能会调节着陆准备而不预测影响时间证据蟾蜍可能会调节着陆准备而不预测影响时间证据蟾蜍可能会调节着陆准备而不预测影响时间
3. LANDING WITHOUT A PILOT [J] . Air and Space . 2019,第4期

机译：没有飞行员着陆
4. Fixation Adjustment During the Landing Process and Its Relationship with Pilot Expertise and Landing Performance [C] . Yanjin Sun, Jingyu Zhang, Han Qiao, International Conference on Engineering Psychology and Cognitive Ergonomics;International Conference on Human-Computer Interaction . 2019

机译：着陆过程中的固定调整及其与飞行员专长和着陆性能的关系
5. Development of a self-adaptive landing signals agent for conducting pilot training in a Sea King helicopter deck landing simulator. [D] . Duckworth, Darrel. 2003

机译：开发用于在Sea King直升机甲板着陆模拟器中进行飞行员训练的自适应着陆信号代理。
6. EFFECT OF FATIGUE ON LANDING PERFORMANCE ASSESSED WITH THE LANDING ERROR SCORING SYSTEM (LESS) IN PATIENTS AFTER ACL RECONSTRUCTION. A PILOT STUDY [O] . A. Gokeler, P. Eppinga, P.U. Dijkstra, 2014

机译：ACL重建后疲劳对患者着陆错误评分系统（无损失）评估的着陆性能的影响。试点研究
7. The landing task and pilot acceptance of displays for landing in reduced weather minimums [O] . Siciliani, F. A., Behan, R. A. 1964

机译：降落任务和飞行员对显示屏的接受度以降低天气最低限度
8. Two Studies of Predictor Displays for Jet Aircraft Landings. (1) Optimization of Control Stick Dynamics and Prediction Span Parameters. (2) A Comparison Between Experienced and Novice Navy F-4Pilot Simulated Landing Performances. [R] . kennedy,robert s. smith,russell l. 1975

机译：喷气式飞机着陆预测器显示的两项研究。（1）控制棒动力学和预测跨度参数的优化。（2）经验与新手海军F-4飞行员模拟着陆性能的比较。

LANDING WITHOUT A PILOT

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