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原文传递 Modeling and Simulating Airport Surface Operations with Gate Conflicts

题名：	Modeling and Simulating Airport Surface Operations with Gate Conflicts
作者：	Zelinski, S.; Windhorst, R.
关键词：	Scheduling##Airports##Air traffic control##Flight simulation##Runways##Transit time##Models##Time lag##Vertical takeoff##Landing##Error analysis##Routes##
摘要：	The Surface Operations Simulator and Scheduler (SOSS) is a fast-time simulation platform used to develop and test future surface scheduling concepts such as NASA's Air Traffic Demonstration 2 of time-based surface metering at Charlotte Douglass International Airport (CLT). Challenges associated with CLT surface operations have driven much of SOSS development. Recently, SOSS functionality for modeling harsdstand operations was developed to address gate conflicts, which occur when an arrival and departure wish to occupy the same gate at the same time. Because surface metering concepts such as ATD2 have the potential to increase gates conflicts as departures are held at their gates, it is important to study the interaction between surface metering and gate conflict management. Several approaches to managing gate conflicts with and without the use of hardstands were simulated and their effects on surface operations and scheduler performance compared.
总页数：	36
报告类型：	科技报告