A 22-ns 1-Mbit CMOS high-speed DRAM with address multiplexing. - Nicky Chau-Chun Lu; Gary B. Bronner; Koji Kitamura; Roy E. Scheuerlein; Walter H. Henkels; Sang H. Dhong; Yasunao Katayama; Toshiaki Kirihata; Hideto Niijima; Robert L. Franch; Wei Wang; Motoo Nishiwaki; et al. (IEEE J. Solid State Circuits, 1989)

A pulsed sensing scheme with a limited bit-line swing. - Roy E. Scheuerlein; Yasunao Katayama; Toshiaki Kirihata; Yoshinori Sakaue; Akashi Satoh; Toshio Sunaga; T. Yoshikawa; Koji Kitamura; Sang H. Dhong (IEEE J. Solid State Circuits, 1992)

A 14-ns 14-Mb CMOS DRAM with 300-mW active power. - Toshiaki Kirihata; Sang H. Dhong; Koji Kitamura; Toshio Sunaga; Yasunao Katayama; Roy E. Scheuerlein; Akashi Satoh; Yoshinori Sakaue; Kentaroh Tobimatsu; Koji Hosokawa; Takaki Saitoh; Takefumi Yoshikawa; et al. (IEEE J. Solid State Circuits, 1992)

Combined DRAM and logic chip for massively parallel systems. - Peter M. Kogge; Toshio Sunaga; Hisatada Miyataka; Koji Kitamura; Eric Retter (ARVLSI, 1995)

A 64Kb - 32 DRAM for graphics applications. - Toshio Sunaga; Koji Hosokawa; Sang H. Dhong; Koji Kitamura (IBM J. Res. Dev., 1995)

A parallel processing chip with embedded DRAM macros. - Toshio Sunaga; Hisatada Miyatake; Koji Kitamura; Peter M. Kogge; Eric Retter (IEEE J. Solid State Circuits, 1996)

Real World Sensorization and Virtualization for Observing Human Activities. - Koji Kitamura; Yoshifumi Nishida; Makoto Kimura; Hiroshi Mizoguchi (ICEIS (5), 2004)

Real world sensorization for observing human behavior and its application to behavior-to-speech. - Yoshifumi Nishida; Koji Kitamura; Hiroshi Aizawa; Toshio Hori; Makoto Kimura; Takeo Kanade; Hiroshi Mizoguchi (IUI, 2004)

Quick Realization of Function for Detecting Human Activity Events by Ultrasonic 3D Tag and Stereo Visio. - Yoshifumi Nishida; Toshio Hori; Takeo Kanade; Koji Kitamura; Akifumi Nishitani; Hiroshi Mizoguchi (PerCom, 2004)

Infant behavior simulation based on an environmental model and a developmental behavior model. - Yoshifumi Nishida; Koji Kitamura; Yoichi Motomura; Hiroshi Mizoguchi (SMC (2), 2004)

Behavior based Children Accidents' Simulation and Visualization: Planning the Emergent Situations. - Altion Simo; Koji Kitamura; Yoshifumi Nishida (Computational Intelligence, 2005)

Development of Infant Behavior Simulator: Modeling Grasping Achievement Based on Developmental Behavior Model and Environmental Interest Induction Model. - Koji Kitamura; Yoshifumi Nishida; Naoaki Matsumoto; Yoichi Motomura; Tatsuhiro Yamanaka; Hiroshi Mizoguchi (J. Robotics Mechatronics, 2005)

Knowledge acquisition and circulation for childhood injury prevention and safety promotion. - Koji Kitamura; Yoichi Motomura; Yoshifumi Nishida; Hiroshi Mizoguchi (FOCI, 2007)

Methodology of Everyday Life Computing and Application to Children Injury Prevention. - Yoshifumi Nishida; Yoichi Motomura; Koji Kitamura; Tatsuhiro Yamanaka; Hiroshi Mizoguchi (FOCI, 2007)

Children Unintentional Injury Visualization System Based on Behavior Model and Injury Data. - Koji Kitamura; Yoshifumi Nishida; Yoichi Motomura; Hiroshi Mizoguchi (MSV, 2008)

A System for Predicting Unprecedented Injury by Spatiotemporally Superimposing Children's Normal Behavior. - Yoshinori Koizumi; Yoshifumi Nishida; Koji Kitamura; Yusuke Miyazaki 002; Yoichi Motomura; Hiroshi Mizoguchi (J. Robotics Mechatronics, 2012)

Community Participation Support Using an ICF-Based Community Map. - Satoru Kitamura; Koji Kitamura; Yoshifumi Nishida; Ken-Ichiro Sakae; Junko Yasuda; Hiroshi Mizoguchi (HCI (9), 2013)

Interactive Rock Climbing Playground Equipment: Modeling through Service. - Mikiko Oono; Koji Kitamura; Yoshifumi Nishida; Yoichi Motomura (HCI (10), 2013)

Accident-data-aided design: visualizing typical and potential risks of consumer products by data mining an accident database. - Akihisa Hirata; Koji Kitamura; Yoshifumi Nishida; Yoichi Motomura; Hiroshi Mizoguchi (SII, 2013)

Development of a System for Analyzing Common Laceration Generation Mechanisms. - Hideyuki Myouse; Tachio Takano; Koji Kitamura; Yoshinori Koizumi; Yoshifumi Nishida; Hiroshi Mizoguchi (SMC, 2013)

Behavior Monitoring with Non-wearable Sensors for Precision Nursing. - Erisa Murata; Koji Kitamura; Mikiko Oono; Yoshihisa Shirato; Yoshihumi Nishida (AHFE (20), 2017)

Development of Child Climbing Behavior Video Database. - Mikiko Oono; Koji Kitamura; Yoshifumi Nishida (AHFE (20), 2017)

Design and Evaluation Method for Living Function Resilient Equipment Based on Daily Living Systems Science. - Masaaki Takizawa; Koji Kitamura; Yoshifumi Nishida; Hiroshi Mizoguchi (AHFE (3), 2017)

Living Function Resilient Service Using a Mock Living Lab and Real Living Labs: Development of Balcony-IoT and Handrail-IoT for Healthcare. - Yoshifumi Nishida; Koji Kitamura; Hiroki Yamamoto; Yusuke Takahashi; Hiroshi Mizoguchi (EUSPN/ICTH, 2017)

Prevention of children falls from balconies using RGB-D cameras and a digital human child model. - Hiroki Yamamoto; Koji Kitamura; Yoshifumi Nishida; Hiroshi Mizoguchi (IEEE SENSORS, 2017)

"Change the Changeable" Framework for Implementation Research in Health. - Mikiko Oono; Yoshifumi Nishida; Koji Kitamura; Asako Kanezaki; Tatsuhiro Yamanaka (CSEDU (2), 2018)

Method for Behavior Normalization to Enable Comparative Understanding of Interactions of Elderly Persons with Consumer Products using a Behavior Video Database. - Kei Hirano; Kohei Shoda; Koji Kitamura; Yusuke Miyazaki 002; Yoshifumi Nishida (EUSPN/ICTH, 2019)

Data-driven prediction system for an environmental smartification approach to child fall accident prevention in a daily living space. - Tsubasa Nose; Koji Kitamura; Mikiko Oono; Michiko Ohkura; Yoshifumi Nishida (EUSPN/ICTH, 2019)

Battery-less shoe-type wearable location sensor system for monitoring people with dementia. - Kazuya Takahashi; Koji Kitamura; Yoshifumi Nishida; Hiroshi Mizoguchi (ICST, 2019)

Living Safety Testbed Group. - Koji Kitamura; Yoshifumi Nishida (Security Infrastructure Technology for Integrated Utilization of Big Data, 2020)

Introduction. - Atsuko Miyaji; Shinsaku Kiyomoto; Katsuya Tanaka; Yoshifumi Nishida; Koji Kitamura (Security Infrastructure Technology for Integrated Utilization of Big Data, 2020)

Ambient understanding of stairway ascension and descension by the elderly using a handrail-based force sensor. - Moe Hamada; Koji Kitamura; Yoshifumi Nishida (EUSPN/ICTH, 2020)

A Practical Privacy-Preserving Algorithm for Document Data. - Tomoaki Mimoto; Shinsaku Kiyomoto; Koji Kitamura; Atsuko Miyaji (TrustCom, 2020)

Data-driven child behavior prediction system based on posture database for fall accident prevention in a daily living space. - Tsubasa Nose; Koji Kitamura; Mikiko Oono; Yoshifumi Nishida; Michiko Ohkura (J. Ambient Intell. Humaniz. Comput., 2020)

Digital Human Simulation for Fall Risk Evaluation When Sitting on Stepladders. - Tsubasa Maruyama; Haruki Toda; Yui Endo 001; Mitsunori Tada; Hiroyuki Hagiwara; Koji Kitamura (HCI (16), 2021)

Individual and longitudinal trend analysis of stairway gait via ambient measurement using handrail-shaped force sensor. - Moe Hamada; Koji Kitamura; Yoshifumi Nishida (IEEE SENSORS, 2021)

Ontologies of Action and Object in Home Environment towards Injury Prevention. - Satoshi Nishimura; Shusaku Egami; Takanori Ugai; Mikiko Oono; Koji Kitamura; Ken Fukuda (IJCKG, 2021)

Privacy Risk of Document Data and a Countermeasure Framework. - Tomoaki Mimoto; Masayuki Hashimoto; Shinsaku Kiyomoto; Koji Kitamura; Atsuko Miyaji (J. Inf. Process., 2021)

Analysis of Relationship between Natural Standing Behavior of Elderly People and a Class of Standing Aids in a Living Space. - Yusuke Miyazaki 002; Kei Hirano; Koji Kitamura; Yoshifumi Nishida (Sensors, 2022)

Homeostatic System Design Based on Understanding the Living Environmental Determinants of Falls. - Mikiko Oono; Ayano Nomura; Koji Kitamura; Yoshifumi Nishida; Shunsaburo Nakahara; Hisashi Kawai (SMC, 2023)

Synthesizing Event-Centric Knowledge Graphs of Daily Activities Using Virtual Space. - Shusaku Egami; Takanori Ugai; Mikiko Oono; Koji Kitamura; Ken Fukuda (IEEE Access, 2023)

Assessing Handrail-Use Behavior during Stair Ascent or Descent Using Ambient Sensing Technology. - Yusuke Miyazaki 002; Kohei Shoda; Koji Kitamura; Yoshifumi Nishida (Sensors, 2023)