On the Analogy Between Vehicle and Vehicle-Like Cavities With Reverberation Chambers

Keywords

Isotropy, Electromagnetic reverberation chamber, Wireless, Coherence bandwidth, Acoustics

References

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Cited by

• Channel Propagation Measurement and Modeling for Vehicular In-Cabin Wi-Fi NetworksLin Cheng, James Casazza, James Grace — 2016
• Performance Evaluation of Concurrent IEEE 802.11 Systems in the Automotive DomainAlaa Mourad, Franz Heigl, Peter Adam Hoeher — 2016
• Impacts of Absorber Loadings on Simulating the Multipath Channel in a Reverberation ChamberXin Zhou, Zhangdui Zhong, Xin Bian — 2017
• IEEE 802.11 Systems in the Automotive Domain: Challenges and SolutionsAlaa Mourad, Mohamad Omar Al Kalaa, Hazem H. Refai — 2017
• Routing and link performance assessment of a wireless sensor network in a reverberation chamber with different absorber loading conditionsTian Hong Loh, Ke Liu — 2017
• Stochastic Modeling of Impulse Responses in Reverberating EnvironmentsAndréa Cozza — 2019
• On-Site Automotive Environment Measurements for a Risk-based EMC ApproachVasiliki Gkatsi, Robert Vogt-Ardatjew, Frank Leferink — 2022
• Electrical Fields in Vehicular Cavities During Reverberation Chamber EMC Immunity TestKristian Karlsson, Robert Moestam, Björn Bergqvist — 2022
• Investigation of Real Dynamic Automotive Electromagnetic Environment MeasurementsVasiliki Gkatsi, Robert Vogt-Ardatjew, Frank Leferink — 2023
• The investigation of specific absorption rate measurement system for intelligent connected vehicles and its uncertainty analysis.Xin Zhou, Qingfei Shen, Xue-Fen Pang — 2025
• Efficient Antenna Design for Vehicular CommunicationLaxmi Chand, Binod Kumar Kanaujia — 2024
• Antenna Design and Performance Analysis for V2V Vehicular Intelligent Transportation SystemLaxmi Chand — 2025

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