Abstract
Indoor propagation characteristics of millimeter wave (mmWave) are essential to develop future mmWave network. In this paper, channel measurements are carried out in a corridor environment at 40 GHz, and an in-house ray-tracing (RT) program is developed to deeply investigate propagation mechanism of mmWave. Path loss and root mean square (RMS) delay spread are presented and analyzed. Measured results are compared with results simulated by our developed RT algorithm as well as the commercial software named Wireless Insite. Agreements between measured and simulated results demonstrate the effectiveness of RT in analyzing mmWave propagation in indoor environment.
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