Proposed long-distance communication in sensor network using weak radio waves and DSP. - Mitsuhiro Kashiwada; Kazuhisa Asakawa; Norihisa Segawa; Jun Sawamoto; Haruo Tamaki; Masato Yazawa (IPSN, 2011)

A marine experiment of a long distance communication sensor network -MAD-SS-. - Norihisa Segawa; Jun Sawamoto; Masato Yazawa; Haruo Tamaki (MobiCom, 2012)

Poster: a construction of a long distance communication sensor network node using Arduino and Mad-SS shield. - Norihisa Segawa; Tomoaki Yamaguchi; Jun Sawamoto; Masato Yazawa; Haruo Tamaki (MobiSys, 2012)

A prototype system of the MAD-SS wide area sensor network using a weather balloon. - Norihisa Segawa; Jun Sawamoto; Masato Yazawa; Haruo Tamaki; Hidetoshi Mino; Takaki Hanada; Takeshi Yatsuo (SenSys, 2013)

Document Management and Tracking System for Emergency Response Headquarters. - Wataru Sendo; Norihisa Segawa; Jun Sawamoto; Eiji Sugino; Masato Yazawa; Shinji Akitomi (HCI (26), 2014)

Low power and low cost tide gauge sensor node using a long distance communication technology -MAD-SS-: poster abstract. - Norihisa Segawa; Jun Sawamoto; Masaaki Gokan; Masato Yazawa (BuildSys, 2014)

Prototype system for a ultra long distance via sensor network MAD-SS balloon transmitter: Poster Abstract. - Norihisa Segawa; Masato Yazawa; Hidetoshi Mino; Takaki Hanada (BuildSys, 2016)

Multiple door opening/closing detection system using infrasound sensor: poster abstract. - Mone Kijima; Yuta Miyagawa; Hayato Oshita; Norihisa Segawa; Masato Yazawa; Masa-yuki Yamamoto (IPSN, 2018)

Multiple door opening/closing detection and identification system using infrasound sensors: poster abstract. - Mone Kijima; Norihisa Segawa; Masato Yazawa; Masa-yuki Yamamoto (BuildSys, 2018)

Development of a Low-cost Gas Sensor Unit for Wide Area Air Pollution Monitoring System. - Yuta Miyagawa; Norihisa Segawa; Masato Yazawa; Masa-yuki Yamamoto (MobiSys, 2019)

Sensor Network for Transmitting Tsunami Information using MAD-SS Technology in Tosa Bay. - Norihisa Segawa; Masato Yazawa; Masa-yuki Yamamoto (MobiSys, 2019)

Integrating Traditional Japanese Nishijin Weaving Techniques with Modern Electronics. - Norihisa Segawa; Shuo Zhou; Masato Yazawa; Kaori Ueda (HumanSys@SenSys, 2024)