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Wideband Signal Based Near-Field Electromagnetic Ranging for Indoor Localizatio

机译：基于宽带信号的近场电磁测距，用于室内定位

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Peng Wang; Zhiyang Liu; Xiaotong Zhang; Liyuan Xu; Jie He; Yadong Wan;
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1. Adaptive time delay estimation algorithm for indoor near-field electromagnetic ranging [J] . PengWang, XiaotongZhang, GuoluSun, International journal of communication systems . 2017,第5期

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2. Three-port graphene-based electromagnetic circulator in the terahertz and infrared frequency ranges with a very low loss and wideband response [J] . Nikkhah Vahid, Bakhtafrouz Ahmad, Maddahali Mohsen, Journal of the Optical Society of America, B. Optical Physics . 2018,第8期

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3. Adaptive time-delay estimation based on normalized maximum correntropy criterion for near-field electromagnetic ranging [J] . Luo Yuanzhe, Sun Guolu, Zhang Xiaotong, Computers and Electrical Engineering . 2018,第期

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4. Wideband Signal Based Near-Field Electromagnetic Ranging for Indoor Localization [C] . Peng Wang, Zhiyang Liu, Xiaotong Zhang, International Conference on Advanced Control, Automation and Artificial Intelligence . 2017

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5. Electromagnetic models for indoor wave propagation analysis and their application for ultra-wideband near-field radar imaging of building interiors and human movement detection. [D] . Thiel, Michael. 2010

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6. An Indoor DFEC Ranging Method for Homologous Base Station Based on GPS L1 and BeiDou B1 Signals [O] . Heng Zhang, Shuguo Pan, Chuanzhen Sheng, 2020

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7. A Frequency-Modulated Continuous Wave-Based Boundary Detection System for Determination of Monitoring Region for an Indoor Ultra-Wideband Short Range Radar-Based Eldercare Monitoring System [O] . Wilson Tang -1

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8. Surface-to-Surface and Subsurface-to-Air Propagation of Electromagnetic Waves. The Derivation of Electric and Magnetic Field Components for the Quasi-Static, Quasi-Near, and Near-Field Ranges [R] . Bannister, P. R. 1967

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Wideband Signal Based Near-Field Electromagnetic Ranging for Indoor Localizatio

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