Modeling and Analysis of Aerial Port Operations
Modeling and Analysis of Aerial Port Operations
- New search for: T. W. Albrecht
- New search for: T. W. Albrecht
The focus of this thesis effort is gaining useful insight into aerial port operations by employing an animated simulation. Understanding airfield capacity, resources, and functioning allows greater accuracy and efficiency in both planning for future force structures and matching mobility assets with commanders' objectives. Two current simulations, ACE (Airfield Capacity Estimator) and BRACE (Base Resource Allocation and Capabilities Estimator), model mobility activities at the base level with some deficiencies. The model proposed by this thesis, APOM (Aerial Port Operations Model), will provide the mobility analyst an animated simulation with two, new measures of aerial port operations; a real-time estimate of airfield capacity subject to changing levels of airfield resources, and an instantaneous count of serviced aircraft (service MOG). Additionally, APOM will offer an expanded utility to the mobility analyst by modeling a ground transportation network associated with the aerial port.
Document information
Modeling and Analysis of Aerial Port Operations
1999
136 pages
Report
No indication
English
Air Transportation , Computer Software , Computerized simulation , Landing fields , Space(Room) , Airports , Mobility , Aircraft , Models , Networks , Real time , Land transportation , Capacity(Quantity) , Counting methods , Accuracy , Theses , Estimates , Allocations , Resources , Resource management , Expansion , Ace(Airfield capacity estimator) , Brace(Base resource allocation and capabilities estimator) , Apom(Aerial port operations model)
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