Mathematical Analysis of Evolutionary Process. - Tetsuya Maeshiro; Masayuki Kimura (ECAL, 1995)

The importance of the robustness and changeability in evolutionary systems. - Tetsuya Maeshiro (SMC, 1998)

Extraction of Semantic Relationships among Terms to Construct Organized Knowledge Resources. - Takayuki Morimoto; Tetsuya Maeshiro; Yuzuru Fujiwara (NTCIR, 1999)

Analysis of small-world networks with high broadcast speed. - Tetsuya Maeshiro; Noriko Ohi; Katsunori Shimohara (Artif. Life Robotics, 2002)

Hypernetwork Model to Represent Similarity Details Applied to Musical Instrument Performance. - Tetsuya Maeshiro; Midori Maeshiro; Katsunori Shimohara; Shin-ichi Nakayama (HCI (1), 2009)

Representation of Decision Making Process in Music Composition Based on Hypernetwork Model. - Tetsuya Maeshiro; Shin-ichi Nakayama; Midori Maeshiro (HCI (11), 2011)

Knowledge Infrastructure for Knowledge Sharing among Patients, Doctors and Researchers. - Tetsuya Maeshiro; Shin-ichi Nakayama; Yuri Ozawa (AAAI Spring Symposium: Self-Tracking and Collective Intelligence for Personal Wellness, 2012)

Analysis of Temporal Propagation Property to Evaluate Gene Regulatory Networks. - Tetsuya Maeshiro (AAAI Spring Symposium: Data Driven Wellness, 2013)

A Model of Living Organisms to Integrate Multiple Relationship Network Descriptions. - Tetsuya Maeshiro (HCI (13), 2013)

Gaze Pattern Analysis to Detect Manga Similarity. - Tetsuya Maeshiro; Saki Hayashi (AAAI Spring Symposia, 2014)

Polyhedron Network Model to Describe Creative Processes. - Tetsuya Maeshiro; Midori Maeshiro (HCI (13), 2014)

Description of multi relationship structure of feeding process. - Tetsuya Maeshiro (ASCC, 2015)

Computer System for Musicians and Composers to Analyze Music Composition Process. - Tetsuya Maeshiro; Midori Maeshiro (HCI (27), 2015)

Practice and experience of task management of university students: Case of University of Tsukuba, Japan. - Ryoko Fukuzawa; Hideo Joho; Tetsuya Maeshiro (Educ. Inf., 2015)

A System Description Model Without Hierarchical Structure. - Tetsuya Maeshiro; Midori Maeshiro (HCI (4), 2016)

A Mechanism to Control Aggressive Comments in Pseudonym Type Computer Mediated Communications. - Hiroki Yamaguchi; Tetsuya Maeshiro (HCI (5), 2016)

A System Description Model with Fuzzy Boundaries. - Tetsuya Maeshiro; Yuri Ozawa; Midori Maeshiro (HCI (4), 2017)

Prediction of Standing Ovation of TED Technology Talks. - Shohei Maeno; Tetsuya Maeshiro (HCI (4), 2018)

A System Description Model to Integrate Multiple Facets with Quantitative Relationships Among Elements. - Tetsuya Maeshiro; Yuri Ozawa; Midori Maeshiro (HCI (5), 2018)

Relationship Between Rage Tendency and Body Conditions. - Tetsuya Maeshiro; Miharu Ino (HCI (5), 2019)

Designing Doctor-Patient-Machine System of Systems for Personalized Medicine. - Tetsuya Maeshiro; Yuri Ozawa; Midori Maeshiro (HCI (5), 2019)

A Model of Decision Makings with Predictions. - Tetsuya Maeshiro; Yuri Ozawa; Midori Maeshiro (HCI (5), 2020)

Proposal of Wisdom Science. - Tetsuya Maeshiro (HCI (5), 2021)

Wisdom Science of Image Conceptualization. - Tetsuya Maeshiro; Yuri Ozawa; Midori Maeshiro (HCI (4), 2022)

Emotive Idea and Concept Generation. - Tetsuya Maeshiro; Yuri Ozawa; Midori Maeshiro (HCI (5), 2023)

Controllable Features to Create Highly Evaluated Manga. - Kotaro Nishizaki; Tetsuya Maeshiro (HCI (5), 2023)

Effects of Visual and Personality Impressions on the Voices Matched to Animated Characters. - Hiyori Takahashi; Tetsuya Maeshiro (HCI (5), 2023)

Wisdom Science of Idea and Concept Generation Integrating Diverse Worldviews. - Tetsuya Maeshiro; Yuri Ozawa; Midori Maeshiro (HCI (8), 2024)

Unlocking Limitations of Manageable System Size. - Tetsuya Maeshiro; Yura Tatsuta; Yuri Ozawa; Midori Maeshiro (HCI (8), 2025)