Titlebook: Virtual and Remote Control Tower; Research, Design, De Norbert Fürstenau Book 2022Latest edition The Editor(s) (if applicable) and The Auth

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J?rn Jakobi,Kim Laura Meixner who are in good health, do not smoke, and are not excessively obese. It is the best choice for surgeons who do not perform microvascular surgery or who are in environments where the free TRAM flap is not practical. For patients who smoke, the CTRAM flap should be augmented in some way to increase f

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Introduction: Basics, History, and Overviewes (ATS). Cost constraints require new ideas and concepts to meet these requirements, and the control of one or more small airports from a remote location without the need of a direct visual observation from a local tower is one of these visions. After providing in Sect. . of this introduction some

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Visual Features Used by Airport Tower Controllers: Some Implications for the Design of Remote or Vir initial more detailed analyses of one of the specific landing cues identified by the controllers, landing deceleration, is provided as a basis for evaluating how controllers might detect and use it. Understanding other such cues will help identify the information that may be degraded or lost in a r

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Remotely-Operated AFIS in JapanO is able to handle two small aerodromes simultaneously when the traffic volume is low. The RAG working positions for multiple aerodromes are equipped with two video circuits, one for each aerodrome. The AFISO usually monitors traffic at each airport by a combination of radar and the video display.

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Remote Tower Experimental System with Augmented Vision Videopanoramacal predictions under ideal conditions. As addition to the panorama an integrated zoom function provided an enlarged narrow-angle “foveal” component by means of a remotely controlled pan-tilt-zoom camera with tracking functionality. The digital reconstruction of the far view allowed for integration

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Remote Tower Prototype System and Automation Perspectivess realized in cooperation with the German air-navigation service provider DFS. A detailed work analysis with DFS domain experts during workshops and RTO simulations provided a breakdown of the specific requirement specifications. The analysis showed that it would be impossible to consider all of the

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Integration of (Surveillance) Multilateration Sensor Data into a Remote Tower System as georeferencing (3D-2D mapping) are required. This chapter gives details on the following specific topics: (1) correlation of optically detected and tracked objects with surveillance sensor targets and labelling, (2) PTZ object following, and (3) mapping between two-dimensional screen coordinates

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Which Metrics Provide the Insight Needed? A Selection of Remote Tower Evaluation Metrics to Support from the DFS participated in the validation exercise. Time-synchronized questionnaires for the controller working position remote (CWP-remote) and the controller working position tower (CWP-tower) were applied, addressing operationally relevant questions to the ATCOs. The validation exercise target