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NextGen Far-Term Concept Exploration for Integrated Gate-to-Gate Trajectory-Based Operations.
| 题名： | NextGen Far-Term Concept Exploration for Integrated Gate-to-Gate Trajectory-Based Operations. |
| 作者： | Johnson, S. C.; Barmore, B. E. |
| 关键词： | Trajectories, National airspace system, Air traffic control, Airspace, Flight paths, Routes, Air traffic, Technology assessment, Runways, Spacing |
| 摘要： | NASA is currently conducting concept exploration studies toward the definition of a far-term, gate-to-gate concept for Trajectory-Based Operations. This paper presents a basic architectural framework for the far-term concept and discusses some observations about implementation of trajectory-based operations in the National Airspace System. Within the concept, operators and service providers collaboratively negotiate aircraft trajectories, providing agile, optimized, aircraft-specific routing to meet service provider gate-to-gate flow-management constraints and increasing capacity by smoothly and effectively combining flight-deck-based and ground-based metering, merging, and spacing in a mixed-equipage environment. The far-term TBO concept is intended to influence the direction of mid-term TBO research and to inform the definition of stable requirements and standards for TBO communications infrastructure and user equipage. |
| 总页数： | Johnson, S. C.; Barmore, B. E. |
| 报告类型： | 科技报告 |
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