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Priebe, Sebastian,Kannicht, Marius,Jacob, Martin,Kurner, Thomas The Korea Institute of Information and Commucation 2013 Journal of communications and networks Vol.15 No.6
Ultra broadband communication systems operated at THz frequencies will require the thorough knowledge of the propagation channel. Therefore, an extensive measurement campaign of 50 GHz wide indoor radio channels is presented for the frequencies between 275 and 325 GHz. Individual ray paths are resolved spatially according to angle of arrival and departure. A MIMO channel is recorded in a $2{\times}2$ configuration. An advanced frequency domain ray tracing approach is used to deterministically simulate the THz indoor propagation channel. The ray tracing results are validated with the measurement data. Moreover, the measurements are utilized for the calibration of the ray tracing algorithm. Resulting ray tracing accuracies are discussed.
Sebastian Priebe,Marius Kannicht,Martin Jacob,Thomas Kürner 한국통신학회 2013 Journal of communications and networks Vol.15 No.6
Ultra broadband communication systems operated atTHz frequencies will require the thorough knowledge of the propagationchannel. Therefore, an extensive measurement campaignof 50 GHz wide indoor radio channels is presented for the frequenciesbetween 275 and 325 GHz. Individual ray paths are resolvedspatially according to angle of arrival and departure. A MIMOchannel is recorded in a 2×2 configuration. An advanced frequency domain ray tracing approach is usedto deterministically simulate the THz indoor propagation channel. The ray tracing results are validated with the measurement data. Moreover, the measurements are utilized for the calibration of theray tracing algorithm. Resulting ray tracing accuracies are discussed.