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A Test Method for the Static/Moving State of Targets Applied to Airport Surface Surveillance MLAT System

A Test Method for the Static/Moving State of Targets Applied to Airport Surface Surveillance MLAT System
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摘要 Due to the particularity of its location algorithm,there are some unique difficulties and features regarding the test of target motion states of multilateration(MLAT)system for airport surface surveillance.This paper proposed a test method applicable for the airport surface surveillance MLAT system,which can effectively determine whether the target is static or moving at a certain speed.Via a normalized test statistic designed in the sliding data window,the proposed method not only eliminates the impact of geometry Dilution of precision(GDOP)effectively,but also transforms the test of different motion states into the test of different probability density functions.Meanwhile,by adjusting the size of the sliding window,it can fulfill different test performance requirements.The method was developed through strict theoretical extrapolation and performance analysis,and simulations results verified its correctness and effectiveness. Due to the particularity of its location algorithm, there are some unique difficulties and features regarding the test of target motion states of multilateration （MLAT） system for airport surface surveillance. This paper proposed a test method applicable for the airport surface surveillance MLAT system, which can effectively determine whether the target is static or moving at a certain speed. Via a normalized test statistic designed in the sliding data window, the proposed method not only eliminates the impact of geometry Dilution of precision （GDOP） effectively, but also transforms the test of different motion states into the test of different probability density functions. Meanwhile, by adjusting the size of the sliding window, it can fulfill different test performance requirements. The method was developed through strict theoretical extrapolation and performance analysis, and simulations results verified its correctness and effectiveness.
作者 Huang Rongshun Peng We Li Jing Wu Honggang Li Xingbo
机构地区 The Second Research Institute of Civil Aviation Administration of China College of Electronic Engineering
出处 《Transactions of Nanjing University of Aeronautics and Astronautics》 EI CSCD 2016年第4期425-432,共8页 南京航空航天大学学报（英文版）
基金 supported by the National Science and Technology Pillar Program of China (No.2011BAH24B06) the National Nature Science Foundation of China Chinese Civil Aviation Jointly Funded Foundation Project (No.U1433129) the Sichuan Provincial Department of Education Foundation(No.13ZB0287)
关键词 multilateration(MLAT) hypothesis testing motion state detection sliding window geometric Dilution of precision(GDOP) multilateration(MLAT) hypothesis testing motion state detection sliding window geometric Dilution of precision(GDOP)
分类号 TN958.97 [电子电信—信号与信息处理]
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参考文献20

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Transactions of Nanjing University of Aeronautics and Astronautics
2016年 第4期

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