Titlebook: Civil Airliner Flight Guidance Technology for Four-Dimensional Trajectory-Based Operation; Guangwen Li,Shaobo Zhai,Qiuling Jia Book 2024 P

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Wairimu Ngaruiya Njambi,William E. O’BrienFlight guidance for four-dimensional trajectory-based operation (4D-TBO) is the most important part of ensuring the accuracy of lateral navigation (LNAV), vertical navigation (VNAV), estimated time of arrival (ETA), and time of arrival control (TOAC).

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Emmanuel Akyeampong,Pashington ObengApproach and landing are the flight stages with the most stringent requirements on trajectory control accuracy.

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Women’s Roles and Existential IdentitiesTo evaluate the effectiveness of the algorithms proposed in Chap. 10, this chapter designs the FLS approach guidance technology simulation verification system.

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Conflict Detection and Resolution Based on Four-Dimensional Trajectory,Based on this probability, issues trajectory re-planning commands based on the conflict probability, and performs conflict resolution. 4D TBO mode significantly reduces the uncertainty in aircraft trajectory prediction, thereby improving the safety and utilization of airspace and airport resources.

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Demand Analysis and Architecture Design of Thrust Management System for Four-Dimensional TrajectoryFour-Dimensional trajectory-based operation (4D TBO) is the operation mode that advanced civil aircraft must follow in the future.

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Flight Management System Landing System Approach Guidance Technology,Approach and landing are the flight stages with the most stringent requirements on trajectory control accuracy.