OLSRv2 implementation and performance evaluation with link layer feedback. - Yasunori Owada; Taka Maeno; Hiroei Imai; Kenichi Mase (IWCMC, 2007)

A novel scheduling algorithm for densely-deployed wireless stations in urban areas. - Hirozumi Yamaguchi; Akihito Hiromori; Teruo Higashino; Shigeki Umehara; Hirofumi Urayama; Masaya Yamada; Taka Maeno; Shigeru Kaneda; Mineo Takai (MSWiM, 2013)

A channel selection strategy for WLAN in urban areas by regression analysis. - Shugo Kajita; Hirozumi Yamaguchi; Teruo Higashino; Shigeki Umehara; Fumiya Saitou; Hirofumi Urayama; Masaya Yamada; Taka Maeno; Shigeru Kaneda; Mineo Takai (WiMob, 2014)

A cross validation of network system models for delay tolerant networks. - Shigeru Kaneda; Teruhiro Mizumoto; Taka Maeno; Mineo Takai; Shigeru Kashihara; Hirozumi Yamaguchi; Teruo Higashino (ICMU, 2015)

Scalable and robust channel allocation for densely-deployed urban wireless stations. - Hirozumi Yamaguchi; Akihito Hiromori; Teruo Higashino; Shigeki Umehara; Hirofumi Urayama; Masaya Yamada; Taka Maeno; Shigeru Kaneda; Mineo Takai (Perform. Evaluation, 2015)

A Disaster Resilient Local Communication System Without Depending on the Internet Connectivity. - Arisa Tanaka; Taka Maeno; Mineo Takai; Yasunori Owada; Masato Oguchi (IMCOM, 2019)

Development of a Request Processing Method for Relief Goods in the Distributed Material Management Support System of Evacuation Shelters using DTN. - Sunao Sato; Mineo Takai; Yasunori Owada; Taka Maeno; Masato Oguchi (SERA, 2019)

Scenargie as a Network Simulator and Beyond. - Mineo Takai; Jay Martin; Shigeru Kaneda; Taka Maeno (J. Inf. Process., 2019)

Performance Evaluation of FILS in a Vehicular Delay/Disruption Tolerant Network. - Arata Kato; Taka Maeno; Yasunori Owada; Goshi Sato; Katsuhiro Temma; Toshiaki Kuri; Mineo Takai; Susumu Ishihara (VTC Fall, 2020)

Link Setup Time Reduction by FILS on IEEE 802.11-Based Inter-Vehicular Communications. - Arata Kato; Taka Maeno; Yasunori Owada; Goshi Sato; Katsuhiro Temma; Toshiaki Kuri; Mineo Takai; Susumu Ishihara (IEEE Access, 2021)