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Effect of bandwidth, path detection threshold and UDP occurrence on multipath parameters pertinent to indoor geolocation
By: Pahlavan, K.; Akgul, F.O.; Yunxing Ye;
2009 / IEEE / 978-1-4244-4564-6
Description
This item was taken from the IEEE Conference ' Effect of bandwidth, path detection threshold and UDP occurrence on multipath parameters pertinent to indoor geolocation ' One of the major challenges in indoor positioning systems is the severe multipath environment, leading to Undetected Direct Path (UDP) conditions and large positioning errors. This paper provides the results of measurements and modeling of the effect of bandwidth, path detection threshold and UDP occurrence on Multipath parameters in a typical office scenario with various classes of receiver locations, including Detected Direct Path (DDP) and UDP conditions. We show through measurements and modeling that bandwidth, path detection threshold, and UDP occurrence will influence the multipath parameters especially path persistency and number of multipath components (MPCs) pertinent to TOA based localization. In addition, we propose a methodology to identify the UDP condition.
Related Topics
Time-of-arrival Estimation
Uwb Technology
Path Detection Threshold
Bandwidth Effect
Indoor Geolocation
Indoor Positioning System
Undetected Direct Path
Receiver Location
Detected Direct Path
Multipath Component
Toa Based Localization
Time-of-arrival Estimation
Bandwidth
Indoor Environments
Signal Processing
Global Positioning System
Distance Measurement
Ultra Wideband Technology
Nonlinear Filters
Propagation Delay
Radiofrequency Measurement
Indoor Radio
Ultra Wideband Communication
Engineering
Multipath Parameter