A method of path loss prediction based on computer graphics technologies von Tomie, Takahiro, Suyama, Satoshi, Kitao, Koshiro, Nakamura, Mitsuki

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Evaluation of Massive MIMO Considering Real Propagation Characteristics in the 20-GHz Band von Taniguchi, Ryotaro, Nishimori, Kentaro, Kataoka, Ryochi, Kameyama, Kohei, Kitao, Koshiro, Ngochao Tran, Imai, Tetsuro

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Radio Propagation Prediction Method Using Point Cloud Data Based on Hybrid of Ray-Tracing and Effective Roughness Model in Urban Environments von INOMATA, Minoru, IMAI, Tetsuro, KITAO, Koshiro, OKUMURA, Yukihiko, SASAKI, Motoharu, TAKATORI, Yasushi

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Extension of ITU-R Site-General Path Loss Model in Urban Areas Based on Measurements from 2 to 66GHz Bands von SASAKI, Motoharu, NAKAMURA, Mitsuki, KUNO, Nobuaki, YAMADA, Wataru, KITA, Naoki, ONIZAWA, Takeshi, TAKATORI, Yasushi, NAKAMURA, Hiroyuki, INOMATA, Minoru, KITAO, Koshiro, IMAI, Tetsuro

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Study on path loss model for macrocell environment using percentage of area occupied by buildings for 5G von Kitao, Koshiro, Imai, Tetsuro, Inomata, Minoru, Suyama, Satoshi, Oda, Yusuhiro

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Improving Accuracy of Ray-Tracing Prediction in Non Line-of-Sight (NLOS) Urban Street Cell Environment beyond 6GHz von OMAKI, Nobutaka, IMAI, Tetsuro, KITAO, Koshiro, OKUMURA, Yukihiko

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Path Loss Model in Crowded Outdoor Environments Considering Multiple Human Body Shadowing of Multipath at 4.7GHz and 26.4GHz von NAKAMURA, Mitsuki, SASAKI, Motoharu, YAMADA, Wataru, KITA, Naoki, ONIZAWA, Takeshi, TAKATORI, Yasushi, NAKATSUGAWA, Masashi, INOMATA, Minoru, KITAO, Koshiro, IMAI, Tetsuro

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Propagation delay time estimation by neural network using urban environment parameters von Tategami, Koyo, Fujimoto, Mitoshi, Kitao, Koshiro, Inomata, Minoru, Suyama, Satoshi, Oda, Yasuhiro

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Path Loss Model Considering Blockage Effects of Traffic Signs Up to 40GHz in Urban Microcell Environments von SASAKI, Motoharu, INOMATA, Minoru, YAMADA, Wataru, KITA, Naoki, ONIZAWA, Takeshi, NAKATSUGAWA, Masashi, KITAO, Koshiro, IMAI, Tetsuro

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Dynamic channel properties based on diffuse scattering from vehicles for high frequency bands in NLOS urban environments von Inomata, Minoru, Imai, Tetsuro, Kitao, Koshiro, Okumura, Yukihiko

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Frequency Dependency of Path Loss Between Different Floors in An Indoor Office Environment at UHF and SHF Bands von SASAKI, Motoharu, INOMATA, Minoru, YAMADA, Wataru, KITA, Naoki, ONIZAWA, Takeshi, NAKATSUGAWA, Masashi, KITAO, Koshiro, IMAI, Tetsuro

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Polarization Dispersion Characteristics of Propagation Paths in Urban Mobile Communication Environment von IMAI, Tetsuro, KITAO, Koshiro

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Scattering Characteristics of the Human Body in 67-GHz Band von TRAN, Ngochao, IMAI, Tetsuro, KITAO, Koshiro, OKUMURA, Yukihiko, NAKAMURA, Takehiro, TOKUDA, Hiroshi, MIYAKE, Takao, WANG, Robin, WEN, Zhu, KITANO, Hajime, NICHOLS, Roger

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Cluster Power Variation Characteristics for 3GHz-Band MIMO Communication System in a Crowded Indoor Environment von SAITO, Kentaro, IMAI, Tetsuro, KITAO, Koshiro, OKUMURA, Yukihiko

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Path Loss Model for Outdoor-to-Indoor Corridor Up to 40GHz Band in Microcell Environments von INOMATA, Minoru, SASAKI, Motoharu, YAMADA, Wataru, ONIZAWA, Takeshi, NAKATSUGAWA, Masashi, OMAKI, Nobutaka, KITAO, Koshiro, IMAI, Tetsuro, OKUMURA, Yukihiko

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Dynamic Channel Modeling Using Particle Filtering for Wireless MIMO Systems in Urban Environment von SAITO, Kentaro, KITAO, Koshiro, IMAI, Tetsuro, OKUMURA, Yukihiko

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Experimental Study on Ray Based Spatio-Temporal Channel Characteristics in Indoor Environment von KITAO, Koshiro, IMAI, Tetsuro, SAITO, Kentaro, OKUMURA, Yukihiko

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Experimental evaluation of massive MIMO at 20 GHz band in indoor environment von Kataoka, Ryochi, Nishimori, Kentaro, Tran, Ngochao, Kitao, Koshiro, Imai, Tetsuro

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Experimental evaluation on outdoor to indoor propagation characteristics for multiple microwave bands von Kimoto, Hayate, Nishimori, Kentaro, Omaki, Nobutaka, Kitao, Koshiro, Imai, Tetsuro

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Interference-Based Decode and Forward Scheme Using Relay Nodes in Heterogeneous Networks von Nishimori, Kentaro, Imai, Tetsuro, Kitao, Koshiro

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