Comparison of Measured Rain Attenuation in the 12-GHz Band with Predictions by ITU-R Methods. - Fumiaki Minematsu; Yoichi Suzuki; Masashi Kamei; Kazuyoshi Shogen (IEICE Trans. Commun., 2005)

Development of a wide-band modem for a 21-GHz band satellite broadcasting system. - Yoshifumi Matsusaki; Masafumi Nagasaka; Yoichi Suzuki; Susumu Nakazawa; Masashi Kamei; Akinori Hashimoto; Takeshi Kimura; Shoji Tanaka; Tetsuomi Ikeda (RWS, 2014)

BCH and LDPC coded wide-band modem for 21-GHz band satellite broadcasting system. - Yoichi Suzuki; Yoshifumi Matsusaki; Masashi Kamei; Akinori Hashimoto; Takeshi Kimura; Shoji Tanaka; Tetsuomi Ikeda (RWS, 2015)

Study on equalization system using transponder characteristics to compensate for non-linear distortion. - Masaaki Kojima; Yoichi Suzuki; Masashi Kamei; Kyoichi Saito; Shoji Tanaka (RWS, 2016)

Impact of Interference on 12GHz Band Broadcasting Satellite Services in terms of Increase Rate of Outage Time Caused by Rain Attenuation. - Kazuyoshi Shogen; Masashi Kamei; Susumu Nakazawa; Shoji Tanaka (IEICE Trans. Commun., 2016)

Improving QoS of Satellite Broadcasting Against Rain Attenuation by LLR Sharing Method With IP Network Integration at FEC Layer. - Yuki Koizumi; Yoichi Suzuki; Masashi Kamei (IEEE Trans. Broadcast., 2024)