Learning aspects of interest from Gaze. - Kei Shimonishi; Hiroaki Kawashima; Ryo Yonetani; Erina Ishikawa; Takashi Matsuyama (GazeIn@ICMI, 2013)

Voting-Based Backchannel Timing Prediction Using Audio-Visual Information. - Tomoki Nishide; Kei Shimonishi; Hiroaki Kawashima; Takashi Matsuyama (HAI, 2016)

Modulating Dynamic Models for Lip Motion Generation. - Singo Sawa; Hiroaki Kawashima; Kei Shimonishi; Takashi Matsuyama (HAI, 2016)

Modeling user's decision process through gaze behavior. - Kei Shimonishi (ICMI, 2016)

Tracing Temporal Changes of Selection Criteria from Gaze Information. - Kei Shimonishi; Hiroaki Kawashima; Erina Schaffer; Takashi Matsuyama (IUI Companion, 2016)

Modeling and Estimation of Selection Interests through Gaze Behavior. - Kei Shimonishi (2017)

Image2Height: Self-height Estimation from a Single-Shot Image. - Kei Shimonishi; Tyler Fisher; Hiroaki Kawashima; Kotaro Funakoshi (ACPR (1), 2019)

Modeling Video Viewing Styles with Probabilistic Mode Switching. - Hiroaki Kawashima; Kousuke Ueki; Kei Shimonishi (ICCE, 2019)

Facial Expression Change Recognition on Neutral-Negative Axis Based on Siamese-Structure Deep Neural Network. - Junyao Zhang; Kei Shimonishi; Kazuaki Kondo; Yuichi Nakamura 001 (HCI (13), 2022)

Reproduction of Internal States by Video-Stimulated Recall of Enjoyable Activities. - Kanako Obata; Hirotada Ueda; Kei Shimonishi; Kazuaki Kondo; Yuichi Nakamura 001 (HCI (14), 2023)

Ordinal Scale Evaluation of Smiling Intensity using Comparison-Based Network. - Kei Shimonishi; Kazuaki Kondo; Hirotada Ueda; Yuichi Nakamura 001 (ML4CMH@AAAI, 2024)

Evaluating Subtle Positive-Negative Facial Expression Transitions for Monitoring Changes in Personal Internal States. - Junyao Zhang; Kei Shimonishi; Hirotada Ueda; Kazuaki Kondo; Yuichi Nakamura 001 (PRICAI (3), 2024)

Automatic Dataset Generation for Recognition of Subtle Facial Expression Changes for Smiling Faces. - Kei Shimonishi; Kazuaki Kondo; Hirotada Ueda; Yuichi Nakamura 001 (HCI (3), 2025)

Time Series Prediction of Sit-to-Stand Muscle Synergy Using Deep Learning. - Julian Ilham; Yuichi Nakamura 001; Takahide Ito; Kazuaki Kondo; Jun-ichiro Furukawa; Qi An; Kei Shimonishi (SII, 2025)