Relationship between availability of states and pole/zero cancellations in H∞-control. - Shinichi Miyamoto; Shinji Arinaga (IEEE Trans. Autom. Control., 1994)

A proposal of multi-beam transmitter for non-directed diffuse indoor optical wireless communication system. - Kaoru Nishida; Shinichi Miyamoto; Katsutoshi Tsukamoto; Norihiko Morinaga (PIMRC, 1996)

Effect of Microwave Oven Interference on the Performance of Digital Radio Communications Systems. - Shinichi Miyamoto; Norihiko Morinaga (ICC (1), 1997)

Statistical model of microwave oven interference and optimum reception. - Hideki Kanemoto; Shinichi Miyamoto; Norihiko Morinaga (ICC, 1998)

Performance of Wireless LAN System Based on IEEE 802.11g Standard under Man-Made Noise Environment. - Akihiko Shiotsuki; Shinichi Miyamoto; Norihiko Morinaga (IEICE Trans. Commun., 2005)

Proposal of Multi-Hop Wireless LAN System for QOS Guaranteed Transmission. - Phuc Khanh Kieu; Shinichi Miyamoto (PIMRC, 2006)

Spectrum Loading Type Dynamic Spectrum Allocation Technique for Cognitive Radio Systems. - Seiichi Sampei; Shinichi Miyamoto; Shinsuke Ibi (CrownCom, 2007)

Unnecessary Power Radiation Suppression Technique using a Transmit Antenna Directivity Control in Ubiquitous Communication Environments. - Masaaki Yamanaka; Norihiko Morinaga; Seiichi Sampei; Shinichi Miyamoto (PIMRC, 2007)

A Study on a Secure Wireless Link Creation Based on Multi-path Routing Combined with Transmit Antenna Directivity Control. - Masaaki Yamanaka; Norihiko Morinaga; Shinichi Miyamoto; Seiichi Sampei (INCoS, 2011)

A Study on a Transmit Antenna Directivity Control of Adaptive Array for Secure Wireless Transmission Based on the Multi-Path Routing. - Masaaki Yamanaka; Norihiko Morinaga; Shinichi Miyamoto; Seiichi Sampei (VTC Spring, 2012)

A novel secure wireless communication using side information from spatially distributed nodes in private wireless network. - Hiroki Matoba; Shinichi Miyamoto; Seiichi Sampei (WPMC, 2012)

Two-stage DCF-based access scheme for throughput enhancement of OFDMA WLAN systems. - Kodai Shimamoto; Shinichi Miyamoto; Seiichi Sampei; Wenjie Jiang 002 (WPMC, 2012)

Novel DCF-based multi-user MAC protocol and dynamic resource allocation for OFDMA WLAN systems. - Takuya Mishima; Shinichi Miyamoto; Seiichi Sampei; Wenjie Jiang 002 (ICNC, 2013)

Station clustering strategy for DCF-based centralized OFDMA WLAN systems. - Takuya Endo; Shinichi Miyamoto; Seiichi Sampei; Wenjie Jiang 002 (ICCVE, 2013)

Distributed transmission for secure wireless links in non-line-of-sight environment by joint transmitter-receiver beamforming. - Masaaki Yamanaka; Shinichi Miyamoto; Seiichi Sampei (PIMRC, 2013)

Novel DCF-Based Multi-User MAC Protocol for Centralized Radio Resource Management in OFDMA WLAN Systems. - Shinichi Miyamoto; Seiichi Sampei; Wenjie Jiang 002 (IEICE Trans. Commun., 2013)

Realization of Secure Ambient Wireless Network System Based on Spatially Distributed Ciphering Function. - Masashi Okada; Masahide Hatanaka; Keiichiro Kagawa; Shinichi Miyamoto (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2013)

Wide-area centralized radio resource management for DCF-based multi-hop ad hoc wireless networks. - Shinichi Miyamoto; Naoki Hayata; Seiichi Sampei; Wenjie Jiang 002 (ICNC, 2014)

Multi-Stage DCF-Based Channel Access Scheme for Throughput Enhancement of OFDMA WLAN Systems. - Shinichi Miyamoto; Naoya Ikeshita; Seiichi Sampei; Wenjie Jiang 002 (IEICE Trans. Commun., 2014)

Millimeter-Wave Wireless LAN and Its Extension toward 5G Heterogeneous Networks. - Kei Sakaguchi; Ehab Mahmoud Mohamed; Hideyuki Kusano; Makoto Mizukami; Shinichi Miyamoto; Roya E. Rezagah; Koji Takinami; Kazuaki Takahashi; Naganori Shirakata; Hailan Peng; Toshiaki Yamamoto; Shinobu Nanba (IEICE Trans. Commun., 2015)

Study on Secure Distributed Transmission in Two-Way Wireless Communication Links. - Masaaki Yamanaka; Zou Jingbo; Shuichi Ohno; Shinichi Miyamoto; Seiichi Sampei (GLOBECOM Workshops, 2017)

Passenger in vehicle counting method of HOV/HOT system. - Shinichi Miyamoto (ICPR, 2018)

Distributed Transmission for Secure Wireless Links Based on a Secret-Sharing Method. - Masaaki Yamanaka; ShenCong Wei; Zou Jingbo; Shuichi Ohno; Shinichi Miyamoto; Seiichi Sampei (IEICE Trans. Commun., 2019)