ref.bib

@INPROCEEDINGS{akgu07, 
    author={Akgul, F.O. and Pahlavan, K.}, 
    booktitle={Personal, Indoor and Mobile Radio Communications, 2007. PIMRC 2007. IEEE 18th International Symposium on}, 
    title={Path Persistency for High Precision Ranging in Different Building Architectures}, 
    year={2007}, 
    month={sept.}, 
    volume={}, 
    number={}, 
    pages={1 -5}, 
    url="/home/buguen/svn/Bib/Article/akgu07.pdf",
    keywords={GPS systems;Indoor positioning systems;building architectures;high precision ranging;mobile station;multipath components;path persistency;time-of-arrival methods;ultra-wideband;ultra-wideband localization;undetected-direct-path condition;indoor radio;mobile radio;multipath channels;time-of-arrival estimation;ultra wideband communication;}, 
    doi={10.1109/PIMRC.2007.4394539}, 
    ISSN={},}

@ARTICLE{akgu091, 
	author={Akgul, F.O. and Pahlavan, K.}, 
	journal={Communications Letters, IEEE}, 
	title={A new spatial path persistency model for TOA-based indoor geolocation}, 
	year={2009}, 
	month={april }, 
	volume={13}, 
	number={4}, 
	pages={248 -250}, 
	keywords={Poisson distribution;TOA-based indoor geolocation;channel impulse response;log-logistic distribution;measurement calibrated ray tracing algorithm;multipath components;multipath diversity;spatial path persistency model;Poisson distribution;indoor communication;multipath channels;time-of-arrival estimation;transient response;}, 
	doi={10.1109/LCOMM.2009.081932}, 
	ISSN={1089-7798},}

@INPROCEEDINGS{akgu092, 
		author={Yunxing Ye and Akgul, F.O. and Pahlavan, K.}, 
		booktitle={Ultra-Wideband, 2009. ICUWB 2009. IEEE International Conference on}, 
		title={Spatial behavior of UWB channel pertinent to indoor geolocation}, 
		year={2009}, 
		month={sept.}, 
		volume={}, 
		number={}, 
		pages={635 -639}, 
		keywords={UWB channel;complex frequency responses;frequency-domain dynamic channel sounding;indoor geolocation;multipath-components;path persistency;spatial behavior;ultra-wideband signals;frequency response;indoor communication;multipath channels;ultra wideband communication;}, 
		doi={10.1109/ICUWB.2009.5288804}, 
		ISSN={},}

@ARTICLE{zwic00, 
	author={Zwick, T. and Fischer, C. and Didascalou, D. and Wiesbeck, W.}, 
	journal={Selected Areas in Communications, IEEE Journal on}, 
	title={A stochastic spatial channel model based on wave-propagation modeling}, 
	year={2000}, 
	month={jan}, 
	volume={18}, 
	number={1}, 
	pages={6 -15}, 
	keywords={angles of arrival;angles of transmission;antenna configurations;antenna patterns;data sets;delay times;deterministic ray-tracing results;digital wireless communications;genetic process;indoor radio;model parameters;multipath components;propagation paths;radio station movement;realistic Doppler behavior;receiver;statistical evaluation;stochastic spatial propagation channel model;systems simulation;transmitter;universal modeling approach;urban environments;wave-propagation modeling;wide-band spread spectrum applications;Doppler effect;antenna radiation patterns;broadband networks;delays;digital radio;direction-of-arrival estimation;indoor radio;land mobile radio;multipath channels;radiowave propagation;spread spectrum communication;stochastic processes;}, 
			doi={10.1109/49.821698}, 
			ISSN={0733-8716},}

@ARTICLE{panc11, 
author={Pancera, E. and Zwick, T. and Wiesbeck, W.}, 
journal={Antennas and Propagation, IEEE Transactions on}, 
title={Spherical Fidelity Patterns of UWB Antennas}, 
year={2011}, 
month={june }, 
volume={59}, 
number={6}, 
pages={2111 -2119}, 
keywords={Bow-tie antenna;UWB antenna;UWB impulse communication;UWB radar;Vivaldi antenna;angular dependent impulse distortion;correlation property;impulse radiating antenna;spherical fidelity pattern;time domain radiation property;antenna radiation patterns;bow-tie antennas;time-domain analysis;ultra wideband antennas;}, 
doi={10.1109/TAP.2011.2143666}, 
ISSN={0018-926X},}

@ARTICLE{chon05, 
	author={Chia-Chin Chong and Chor-Min Tan and Laurenson, D.I. and McLaughlin, S. and Beach, M.A. and Nix, A.R.}, 
	journal={Wireless Communications, IEEE Transactions on}, 
	title={A novel wideband dynamic directional indoor channel model based on a Markov process}, 
	year={2005}, 
	month={july}, 
	volume={4}, 
	number={4}, 
	pages={ 1539 - 1552}, 
	keywords={ Gaussian probability density function; Markov process; birth-death statistics; data analysis method; low-pass filter; multipath channel; radio propagation; space-alternating generalized expectation maximization algorithm; spatio-temporal vector; stochastic wideband dynamic spatio-temporal indoor channel model; super-resolution frequency domain; wideband dynamic directional indoor channel model; Gaussian channels; Markov processes; broadband networks; frequency-domain analysis; indoor radio; low-pass filters; mobile radio; multipath channels; signal resolution;}, 
	doi={10.1109/TWC.2005.850341}, 
	ISSN={1536-1276},}


@article{loredo_accuracy_2001,
	title = {Accuracy analysis of {GO}/{UTD} radio-channel modeling in indoor scenarios at 1.8 and 2.5 {GHz}},
	volume = {43},
	issn = {1045-9243},
	pages = {37--51},
	number = {5},
	journaltitle = {Antennas and Propagation Magazine, {IEEE}},
	author = {Loredo, S. and Valle, L. and Torres, R. P.},
	date = {2001-10},
	keywords = {2.5 {GHz}, amplitude, arrival times, broadband networks, cellular radio, geometrical theory of diffraction, {GO}/{UTD} radiochannel modeling, indoor radio, indoor wireless systems, multipath channels, multipath components, narrowband analysis, picocellular radio, power-delay profiles, ray tracing, real-world propagation environments, received signal, statistical analysis1.8 {GHz}, statistical behavior, statistical distributions, {UHF}, {UHF} radio propagation, {UTD}, wideband analysis}
}