| 2026 | HCI | Psycho-physiological Estimation of Driver's Sense of Safety and Confidence Based on Driving Simulator Experiments. | Mayu Kurozumi, Koki Yasuda, Seishi Takagi, Takuya Izumiguchi, Miwa Nakanishi |
| 2026 | HCI | Fatigue Estimation Using a Wearable Device Aimed at Application to Fatigue Risk Management. | Aoto Maruhashi, Miwa Nakanishi |
| 2026 | HCI | Estimating Drivers' Sense of Safety and Confidence in Response to Driving Situations Using Wearable Devices: An On-Road Experimental Study. | Koki Yasuda, Mayu Kurozumi, Seishi Takagi, Takuya Izumiguchi, Miwa Nakanishi |
| 2025 | HCI | Effects of Feedback Based on Proactive Workload Estimation in Nurse Teams: Analysis of Changes in Workload of Team Members. | Yuki Mekata, Aika Kishigami, Jun Hamaguchi, Miwa Nakanishi |
| 2025 | HCI | Datamining and Modeling Tacit Knowledge of Air Accident Investigators: Research Aimed at Improving Efficiency and Quality of Investigations Through AI. | Miwa Nakanishi, Mako Ono |
| 2025 | HCI | Application of Generative AI for Aviation Safety Report Analysis from the Resilience Engineering Perspective. | Mako Ono, Miwa Nakanishi |
| 2024 | HCI | Report of the Working Group to Identify Future Challenges Faced by the Implementation of Resource Management in Remote and Distributed Teams. | Don Harris, Wesley Tsz-Kin Chan, Anna Chatzi, Hannes Griebel, Wen-Chin Li, Tingting Lu, Pete McCarthy, Miwa Nakanishi, Tassos Plioutsias, Dimitrios Ziakkas |
| 2024 | HCI | Proactive Workload Estimation for Pilots. | Miwa Nakanishi, Riku Adachi |
| 2023 | HCI | An Experimental Study of the Psychological Effects of Vision Loss for Practical Application to Windowless Cockpits. | Yuki Mekata, Nagisa Hashimoto, Miwa Nakanishi |
| 2023 | HCI | Analysis of Human Factors and Resilience Competences in ASRS Data Using Natural Language Processing. | Mako Ono, Miwa Nakanishi |
| 2021 | HCI | Research on Conveying User Experiences Through Digital Advertisement. | Stephanie Dwiputri Suciadi, Miwa Nakanishi |
| 2021 | HCI | Extraction and Extended Analysis of Good Jobs from Safety Reports Using Text Mining - Focusing on the Voluntary Information Contributory to Enhancement of the Safety (VOICES) Data. | Tsubasa Takagi, Ayumu Osawa, Miwa Nakanishi |
| 2020 | HCI | Consideration of How Different Rearview Presentations Used for Electronic Mirrors on Automobiles Affect Human Spatial Cognition. | Yutaro Kido, Sora Kanzaki, Tomonori Ohtsubo, Yoshiaki Matsuba, Daichi Sugawara, Miwa Nakanishi |
| 2020 | HCI | Optimization of the Method of Maintaining Arousal Level by Inducing Intrinsic Motivation: Using Presentation of Information in Autonomous Driving. | Yuki Mekata, Shuhei Takeuchi, Tsuneyuki Yamamoto, Naoki Kamiya, Takashi Suzuki, Miwa Nakanishi |
| 2018 | HCI | Information Design for Purposeless Information Searching Based on Optimum Stimulation Level Theory. | Miwa Nakanishi, Motoya Takahashi |
| 2016 | HCI | Sensory Evaluation Method with Multivariate Analysis for Pictograms on Smartphone. | Naotsune Hosono, Hiromitsu Inoue, Miwa Nakanishi, Yutaka Tomita |
| 2014 | ICCHP | Urgent Communication Method for Deaf, Language Dysfunction and Foreigners. | Naotsune Hosono, Hiromitsu Inoue, Miwa Nakanishi, Yutaka Tomita |
| 2013 | HCI | Novel Method of Evaluating GUI Design from the Viewpoint of Worker Experience - Central Control Systems for Social Infrastructure. | Daiki Hama, Mai Kurioka, Mariko Kato, Ken Imamura, Miwa Nakanishi |
| 2013 | HCI | Evaluation of System Engineers' Intellectual Productivity - Focusing on Coding Procedures in Application Development Tools. | Ryo Hirano, Yohei Nakamura, Miwa Nakanishi |
| 2013 | HCI | Modeling of Music Recommendation Methods to Promote the User's Singing Motivation - For Next-Generation Japanese Karaoke Systems. | Satoshi Isogai, Miwa Nakanishi |
| 2013 | HCI | Optimization of GUI on Touchscreen Smartphones Based on Physiological Evaluation - Feasibility of Small Button Size and Spacing for Graphical Objects. | Shohei Komine, Miwa Nakanishi |
| 2013 | HCI | Tactile Vibration of Personal Digital Assistants for Conveying Feelings. | Atsushi Nakamura, Miwa Nakanishi |
| 2013 | HCI | GUI Design Solution for a Monocular, See-through Head-Mounted Display Based on Users' Eye Movement Characteristics. | Takahiro Uchiyama, Kazuhiro Tanuma, Yusuke Fukuda, Miwa Nakanishi |
| 2011 | HCI | Applicability of Touch Sense Controllers Using Warm and Cold Sensations. | Miwa Nakanishi, Sakae Yamamoto |
| 2011 | HCI | Characteristics of Comfortable Sheet Switches on Control Panels of Electrical Appliances: Comparison Using Older and Younger Users. | Yasuhiro Tanaka, Yuka Yamazaki, Masahiko Sakata, Miwa Nakanishi |
| 2011 | HCI | Comfortable Design of Task-Related Information Displayed Using Optical See-Through Head-Mounted Display. | Kazuhiro Tanuma, Tomohiro Sato, Makoto Nomura, Miwa Nakanishi |
| 2011 | HCI | User Characteristic-Based Information-Providing Service for Museum with Optical See-Through Head-Mounted Display: Does It Evoke Enthusiasm? | Yuki Yasuma, Miwa Nakanishi |
| 2009 | HCI | A Study on Effective Tactile Feeling of Control Panels for Electrical Appliances. | Miwa Nakanishi, Yusaku Okada, Sakae Yamamoto |
| 2007 | SMC | Human factor requirements for Applying Augmented reality to manuals in actual work situations. | Miwa Nakanishi, Mugihiko Ozeki, Toshiya Akasaka, Yusaku Okada |