Performance Evaluation of Mobile Agent on Its Living Time and Target Existing Rates in Servers. - Misako Urakami; Tetsuya Shigeyasu; Hiroshi Matsuno (ICDCS Workshops, 2002)

A New Wireless Networking System for Rescue Activities in Disasters – System Overview and Evaluation of Wireless Node. - Makoto Kamegawa; Mai Kawamoto; Tetsuya Shigeyasu; Misako Urakami; Hiroshi Matsuno (AINA, 2005)

Effect of Retransmissions in Mobile Agent Communications under Unstable Network Conditions. - Masayuki Sato; Misako Urakami; Hiroshi Matsuno (MDM, 2006)

Disaster Information Service System for Relief Activities Using Ad-Hoc Network A Network Construction Algorithm and Results of Field Experiments. - Kanae Sakamoto; Misako Urakami; Tetsuya Shigeyasu; Hiroshi Matsuno (AINA Workshops, 2008)

Wireless Distributed Network System for Relief Activities after Disasters. - Tetsuya Shigeyasu; Misako Urakami; Hiroshi Matsuno (AINA Workshops, 2009)

A Design of Reduced Data Representation for Information Sharing in the Disaster-Affected Area. - Misako Urakami; Keiji Fujii; Mitsuhiro Kota; Hiroshi Matsuno (AINA Workshops, 2009)

Construction of Wireless Network for Information Communication for a Disaster-Affected Island. - Misako Urakami; Yuya Okada; Yasuyuki Niwa; Hisaya Motogi; Hiroshi Matsuno (AINA Workshops, 2010)

Wireless Distributed Network System for Relief Activities after Disasters - A Field Experiment for Channel Setting and a System for Information Exchange among Shelters. - Misako Urakami; Satoshi Innami; Makoto Kamegawa; Tetsuya Shigeyasu; Hiroshi Matsuno (BWCCA, 2010)

Wireless distributed network system for relief activities after disasters - improvement of ANPI and ADES-Plus systems. - Misako Urakami; Satoshi Innami; Makoto Kamegawa; Tetsuya Shigeyasu; Hiroshi Matsuno (Int. J. Space Based Situated Comput., 2011)

Design and evaluation of a utility tool for recorded class B AIS data in an unstable maritime environment. - Misako Urakami; Hisaya Motogi; Tomohiro Sunada; Kenshiro Okamura; Takayuki Watanabe; Nobukazu Wakabayashi (Int. J. Space Based Situated Comput., 2018)