Method of Autonomic Load Balancing for Long Polling in M2M Service System. - Shinji Kitagami; Yosuke Kaneko; Takuo Suganuma (AINA Workshops, 2012)

The relationship between depressive tendency and relative metacomprehension accuracy. - Kenji Ikeda; Yosuke Hattori; Shinji Kitagami (CogSci, 2012)

An M2M Data Analysis Service System Based on Open Source Software Environments. - Shinji Kitagami; Moriki Yamamoto; Hisao Koizumi; Takuo Suganuma (AINA Workshops, 2013)

Why verbalization of facial features increases false positive responses on visually-similar distractors: A computational exploration of verbal overshadowing. - Aya Hatano; Taiji Ueno; Shinji Kitagami; Jun Kawaguchi (CogSci, 2013)

A computational exploration on the role of semantic memory in episodic future thinking. - Yuichi Ito; Taiji Ueno; Shinji Kitagami; Jun Kawaguchi (CogSci, 2013)

An energy-saving office lighting control system linked to employee's entry/exist. - Yosuke Kaneko; Masahito Matsushita; Shinji Kitagami; Ryozo Kiyohara (GCCE, 2013)

Autonomic load balancing for M2M communication with long-polling. - Shinji Kitagami; Yosuke Kaneko; Ryozo Kiyohara; Takuo Suganuma (Int. J. Space Based Situated Comput., 2013)

Emergence of Semantic Memory through Sequential Event Prediction and Its Role in Episodic Future Thinking: A Computational Exploration. - Yuichi Ito; Taiji Ueno; Shinji Kitagami; Jun Kawaguchi (CogSci, 2014)

Parallel vs Serial Issues in Reading Aloud: Evidence for Parallel Processing from a Computational Model of Japanese Kanji & Kana Nonword Reading. - Taiji Ueno; Kenji Ikeda; Yuichi Ito; Shinji Kitagami; Jun Kawaguchi (CogSci, 2014)

Accelerometer-based HUD input for car navigation. - Arata Ishizaki; Shota Ikegami; Takatomo Yamabe; Shinji Kitagami; Ryozo Kiyohara (ICCE, 2014)

Improved location estimation based on the pressure sensor for car navigation system. - Ryosuke Otsuka; Shinji Kitagami; Yoshiaki Terashima; Masashi Saito; Ryozo Kiyohara (ICCE, 2014)

Reduction in the amount of probe data during smartphone use of telematics services. - Hirohito Kakizawa; Tsubasa Kato; Tatsuya Que; Ryozo Kiyohara; Shinji Kitagami; Yoshiaki Terashima; Masashi Saito (ICMU, 2014)

Car navigation user interface based on a smartphone. - Takatomo Yamabe; Shota Ikegami; Arata Ishizaki; Shinji Kitagami; Ryozo Kiyohara (ICMU, 2014)

Proposal of a Distributed Cooperative M2M System for Flood Disaster Prevention. - Shinji Kitagami; Yohtaro Miyanishi; Yoshiyori Urano; Norio Shiratori (UIC/ATC/ScalCom, 2014)

New Methods to Ensure Security to Increase User's Sense of Safety in Cloud Services. - Yohtaro Miyanishi; Akira Kanaoka; Fumiaki Sato; Xiaogong Han; Shinji Kitagami; Yoshiyori Urano; Norio Shiratori (UIC/ATC/ScalCom, 2014)

Experimental Evaluation of a Fast Demand Response System for Small/Medium-Scale Office Buildings. - Toshihiro Mega; Shinji Kitagami; Shigenori Kawawaki; Noriyuki Kushiro (AINA Workshops, 2017)

Proposal of a Multi-agent Based Flexible IoT Edge Computing Architecture Harmonizing Its Control with Cloud Computing. - Shinji Kitagami; Tadashi Ogino; Takuo Suganuma; Norio Shiratori (CANDAR, 2017)

New privacy preserving clustering methods for secure multiparty computation. - Hirofumi Miyajima; Noritaka Shigei; Hiromi Miyajima; Yohtaro Miyanishi; Shinji Kitagami; Norio Shiratori (Artif. Intell. Res., 2017)

A proposal of privacy preserving reinforcement learning for secure multiparty computation. - Hirofumi Miyajima; Noritaka Shigei; Syunki Makino; Hiromi Miyajima; Yohtaro Miyanishi; Shinji Kitagami; Norio Shiratori (Artif. Intell. Res., 2017)

A Multi-agent Based Flexible IoT Edge Computing Architecture Harmonizing Its Control with Cloud Computing. - Tadashi Ogino; Shinji Kitagami; Takuo Suganuma; Norio Shiratori (Int. J. Netw. Comput., 2018)

Multiagent-Based Flexible Edge Computing Architecture for IoT. - Takuo Suganuma; Takuma Oide; Shinji Kitagami; Kenji Sugawara; Norio Shiratori (IEEE Netw., 2018)

A Multi-agent Based Flexible IoT Edge Computing Architecture and Application to ITS. - Tadashi Ogino; Shinji Kitagami; Norio Shiratori (J. Commun., 2019)