［1］张士兵,张力军.超宽带无线通信及其关键技术［J］.电讯技术,2004(5):1-6.

［2］徐玉.超宽带无线技术标准之争［J］.电信科学,2004(3):33-35.

［3］XU Yubin,JIANG Weilin,SHA Xuejun.TOA estimate algorithm based uwb location［C］.IEEE International Forum on Information Technology and Applications,2009,1:249-252.

［4］CHEN C K,GARDNER W A.Signal-selective time-difference of arrival estimation for passive location of man-made signal sources in highly corruptive environments［J］.IEEE Transactions on Signal Processing,1992,40(5):1185-1197.

［5］JUAN C,MIGUEL E.Angela hernandez-solana,antonio valdovinos,comoarison of algorithms for uwb indoor location and tracking systems［C］.IEEE Vehicular Technology Conference,2011:1-5.

［6］VENKATRAMAN S,CAFFERY J R J.Hybrid TOA/AOA techniques for mobile location in non-line-of-sight environments［C］.IEEE Wireless Communication and Networking Conference,2004,1:274-278.

［7］YANG Chunhua,HUANG Yi,ZHU Xu.Hybrid TDOA/AOA method for indoor positioning systems［C］.IEEE Location Technologies,2007:1-5.

［8］张在琛,毕光国.超宽带室内信道模型［J］.电气电子教学学报,2004,26(6):60-63.

［9］VENKATESH S,IBRAHIM J,BUEHRER R M.A new 2-cluster model for indoor UWB channel measurements［C］.IEEE Antennas and Propagation Society International Symposium,2004,1:946-949.

［10］ZHAO Y.Standardization of mobile phone positioning for 3G systems［J］.IEEE Communication Magazine,2002,40(7):108-116.

［11］ZAMIRIJAFARIAN H,MIRSALEHI M M,AHADI-AKHLAGHI I,et al.A neural network-based mobile positioning with hierarchical structure［C］.IEEE Vehicular Technology Conference,2003.

［12］MARANO S,GIFFORD W M,WYMEERSCH H,et al.NLOS identification and mitigation for locatization based on UWB experimental data［J］.IEEE Journal on Selected Area in Communications,2010,28(7):1026-1035.