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时间:2011-09-26 00:42来源:蓝天飞行翻译 作者:航空
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2  Surface Departure:  Intelligent Routing for Efficient Pushback Times and Taxi 
3  Terminal Departure:  Free Maneuvering for User-Preferred Departures 
4  Terminal Departure:  Trajectory Negotiation for User-Preferred Departures 
5  En route: (Departure, Cruise, Arrival)  Free Maneuvering for: (a) User-preferred Separation Assurance, and (b) User-preferred Local TFM Conformance 
6  En route: (Departure, Cruise, Arrival)  Trajectory Negotiation for: (a) User-preferred Separation Assurance, and (b) User-preferred Local TFM Conformance 
7  En route: (Departure, Cruise, Arrival)  Collaboration for Mitigating Local TFM Constraints due to Weather, SUA and Complexity 
8  En route / Terminal Arrival:  Collaboration for User-Preferred Arrival Metering 
9  Terminal Arrival:  Free Maneuvering for Weather Avoidance 
10  Terminal Arrival:  Trajectory Negotiation for Weather Avoidance 
11  Terminal Arrival:  Self Spacing for Merging and In-Trail Separation 
12  Terminal Arrival:  Trajectory Exchange for Merging and In-Trail Separation 
13  Terminal Approach:  Airborne CD&R for Closely Spaced Approaches 
14  Surface Arrival:  Intelligent Routing for Efficient Active-Runway Crossings and Taxi 
Fig. 4-2: Overview of Concept Elements


In Fig. 4-2, concept elements that are separated by a gray (instead of black) horizontal line are “parallel” concept elements; they are CEs 3/4, 5/6, 9/10 and 11/12. Parallel concept elements occur in those cases where the DAG-TM Team identified two solutions to the same problem. In all parallel concept elements, there is one solution with a flight deck focus (greater distribution of decision-making to the flight crew), and another solution with an ATSP focus. As an example, for the en route problem of non-preferred deviations for separation assurance, one approach/solution is to delegate separation responsibility to the flight deck and enable free maneuvering (CE 5a); the other approach/solution is trajectory negotiation between the user and ATSP for user-preferred deviations, with the ATSP retaining separation responsibility (CE 6a). Although these parallel solutions may appear to be competitive, they are simply alternative modes of solving the same problem. Either mode may be the preferred solution, depending on variables such as airspace complexity and user equipage. Consider again the problem of non-preferred deviations for separation assurance. The free maneuvering solution may be advantageous only in some regions of airspace, due to factors such as congestion. Alternatively, a user may make a business decision to equip their aircraft at an intermediate level that enables only trajectory negotiation, rather than a full level of equipage that enables both trajectory negotiation and free maneuvering. Therefore, parallel concept elements may be regarded as complementary solutions to the same problem.
 
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本文链接地址:Concept Definition for Distributed Air/Ground Traffic Management (DAG-TM)(17)