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Spatial Characteristics of UWB TOA-based Ranging in Indoor Multipath Environments
By: Alavi, B.; Alsindi, N.; Pahlavan, K.;
2007 / IEEE / 978-1-4244-1143-6
Description
This item was taken from the IEEE Conference ' Spatial Characteristics of UWB TOA-based Ranging in Indoor Multipath Environments ' This paper provides the results of comprehensive measurement and modelling of Time of Arrival (TOA) based UWB ranging in different indoor environments and ranging scenarios. We show that ranging accuracy of UWB systems is directly related to the physical constraints of the environment and system bandwidth. In addition we show through empirical measurement and modelling that the spatial characteristics of the ranging error depend on the presence and absence of the Direct Path (DP). In the former, the spatial error follow a normal distribution, while in the latter, the error behaviour is best modelled as lognormal.
Related Topics
Time-of-arrival Estimation
Normal Distribution
Indoor Multipath Environments
Time Of Arrival Based Uwb
Direct Path
Delay Estimation
Indoor Environments
Bandwidth
Signal Resolution
Propagation Delay
Wireless Sensor Networks
Land Mobile Radio
Mobile Communication
Intelligent Networks
Time Measurement
Multipath Channels
Indoor Radio
Ultra Wideband Communication
Engineering
Uwb Systems