An H.264 weighted prediction parameter estimation method for fade effects in video scenes. - Hirofumi Aoki; Yoshihiro Miyamoto (ICIP, 2008)

Efficient quantization parameter coding based on intra/inter prediction for visual quality conscious video coders. - Hirofumi Aoki (ICIP, 2012)

Daylight spectrum model under weather conditions from clear sky to cloudy. - Eiji Kaneko; Masato Toda; Hirofumi Aoki; Masato Tsukada (ICPR, 2012)

Human Centered Design of a Pre-collision System. - Hirofumi Aoki; Hiroyuki Takahashi; Satoshi Udaka; Toshinori Okita; Hiroyasu Ichida; Masami Aga (HCI (22), 2013)

A pilot study of using touch sensing and robotic feedback for children with autism. - Jaeryoung Lee; Goro Obinata; Hirofumi Aoki (HRI, 2014)

Gait generation for powered Hip-Ankle-Linkage-Orthosis. - Jaeryoung Lee; Ryota Mizumoto; Goro Obinata; Eiichi Genda; Dimitar H. Stefanov; Hirofumi Aoki; Yanling Pei (EMBC, 2015)

Daylight Spectrum Estimation from Hyper-and Multispectral Image without Area Extraction of Uniform Materials. - Eiji Kaneko; Hirofumi Aoki; Masato Tsukada (SITIS, 2015)

Image-based path radiance estimation guided by physical model. - Eiji Kaneko; Hirofumi Aoki; Masato Tsukada (IGARSS, 2016)

A study on the relationship between robotic movement with animacy and visual attention of young children. - Jaeryoung Lee; Hirofumi Aoki; Dimitar H. Stefanov; Takahiro Yamamoto; Goro Obinata (RO-MAN, 2016)

Driver Agent for Encouraging Safe Driving Behavior for the Elderly. - Takahiro Tanaka; Kazuhiro Fujikake; Takashi Yonekawa; Misako Yamagishi; Makoto Inagami; Fumiya Kinoshita; Hirofumi Aoki; Hitoshi Kanamori (HAI, 2017)

A unified method of cloud detection and removal robust to spectral variability. - Madhuri Nagare; Hirofumi Aoki; Eiji Kaneko (IGARSS, 2017)

Driving Behavior Improvement through Driving Support and Review Support from Driver Agent. - Takahiro Tanaka; Kazuhiro Fujikake; Yuki Yoshihara; Takashi Yonekawa; Makoto Inagami; Hirofumi Aoki; Hitoshi Kanamori (HAI, 2018)

Investigation of Factors Affecting the Usability Evaluation of an Adaptive Cruise Control System. - Akihiro Maehigashi; Kazuhisa Miwa; Hirofumi Aoki; Tatsuya Suzuki 001 (HCI (6), 2018)

Cloud Shadow Removal Based on Cloud Transmittance Estimation. - Madhuri Nagare; Eiji Kaneko; Masato Toda; Hirofumi Aoki; Masato Tsukada (IGARSS, 2018)

Comparative Study of Feature Extraction Approaches for Ship Classification in Moderate-Resolution SAR Imagery. - Shreya Sharma 001; Kenta Senzaki; Hirofumi Aoki (IGARSS, 2018)

Effect of Sliding Window Time on the Classification of Driver Mental Workload Performance Using Near-Infrared Spectroscopy (NIRS). - Anh Son Le; Hirofumi Aoki (ITSC, 2018)

Study on Driver Agent Based on Analysis of Driving Instruction Data - Driver Agent for Encouraging Safe Driving Behavior (1) -. - Takahiro Tanaka; Kazuhiro Fujikake; Takashi Yonekawa; Misako Yamagishi; Makoto Inagami; Fumiya Kinoshita; Hirofumi Aoki; Hitoshi Kanamori (IEICE Trans. Inf. Syst., 2018)

Study on Acceptability of and Distraction by Driving Support Agent in Actual Car Environment. - Takahiro Tanaka; Kazuhiro Fujikake; Yuki Yoshihara; Nihan Karatas; Hirofumi Aoki; Hitoshi Kanamori (HAI, 2019)

Analysis of Distraction and Driving Behavior Improvement Using a Driving Support Agent for Elderly and Non-Elderly Drivers on Public Roads**This research was in part supported by the Center of Innovation Program (Nagoya University COI; Mobility Innovation Center) of the Japan Science and Technology Agency. - Takahiro Tanaka; Kazuhiro Fujikake; Yuki Yoshihara; Nihan Karatas; Kan Shimazaki; Hitoshi Kanamori; Hirofumi Aoki (IV, 2020)

JointFlow: A Foot Motion Tracking Model Combining Pose Estimation Model with Optical Flow. - Hiroaki Hayashi; Hirofumi Aoki; Mitsuhiro Kamezaki; Kan Shimazaki; Kunitomo Aoki; Shigeki Sugano (ITSC, 2022)

A Framework for Combining Lateral and Longitudinal Acceleration to Assess Driving Styles Using Unsupervised Approach. - Yuanfang Zhu; Meilan Jiang; Toshiyuki Yamamoto; Naikan Ding; Hiroko Shinkai; Hirofumi Aoki; Kan Shimazaki (IEEE Trans. Intell. Transp. Syst., 2024)