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原文传递 Assessing Tactical Scheduling Options for Time-Based Surface Metering.

题名：	Assessing Tactical Scheduling Options for Time-Based Surface Metering.
作者：	Zelinski, S.; Windhorst, R.
关键词：	Air transportation, Airports, Controllers, Project management, Real time operation, Scheduling, Systems engineering, Time lag, Runways
摘要：	This paper presents a parametric analysis of the most recent tactical scheduler design for NASA鈥檚 Airspace Technology Demonstration 2 (ATD-2) sub-project, committed to demonstrating time-based surface metering at Charlotte Douglas International Airport (CLT). The tactical scheduler design is implemented in a fast-time simulation model of CLT using NASA鈥檚 Surface Operations Simulator and Scheduler. The tactical scheduler is supported by three basic functions: trajectory prediction, runway scheduling, and advisory generation. A key parameter of the advisory generation function is the taxi time delay buffer used when calculating target gate pushback times from runway schedule. Multiple simulations that varied the amount of taxi time delay buffer were analyzed to determine the effect on tactical scheduler performance. The results show an improvement in tactical scheduler performance when the buffer is made sufficiently large to release departures from their gates early enough to maintain scheduler predicted runway throughput.
报告类型：	科技报告