Motile Cell Galvanotaxis Control using High-speed Tracking System. - Naoko Ogawa; Hiromasa Oku; Koichi Hashimoto; Masatoshi Ishikawa (ICRA, 2004)

Single-Cell Level Continuous Observation of Microorganism Galvanotaxis Using High-Speed Vision. - Naoko Ogawa; Koichi Hashimoto; Masatoshi Ishikawa; Hiromasa Oku (ISBI, 2004)

A microscopic visual feedback system. - Hiromasa Oku; Idaku Ishii; Masatoshi Ishikawa (Syst. Comput. Jpn., 2004)

Dynamics Model of Paramecium Galvanotaxis for Microrobotic Application. - Naoko Ogawa; Hiromasa Oku; Koichi Hashimoto; Masatoshi Ishikawa (ICRA, 2005)

Microrobotic Visual Control of Motile Cells Using High-Speed Tracking System. - Naoko Ogawa; Hiromasa Oku; Koichi Hashimoto; Masatoshi Ishikawa (IEEE Trans. Robotics, 2005)

Evaluation and Suppression of Overrun of Microorganisms using Dynamics Model for Microrobotic Application. - Naoko Ogawa; Hiromasa Oku; Koichi Hashimoto; Masatoshi Ishikawa (IAS, 2006)

High-speed Focusing of Cells using Depth-from-diffraction Method. - Hiromasa Oku; Koichi Hashimoto; Masatoshi Ishikawa (ICRA, 2006)

Organized Motion Control of a lot of Microorganisms using Visual Feedback. - Kiyonori Takahashi; Naoko Ogawa; Hiromasa Oku; Koichi Hashimoto (ICRA, 2006)

Visualization and Estimation of Contact Stimuli using Living Microorganisms. - Anchelee Davies; Naoko Ogawa; Hiromasa Oku; Koichi Hashimoto; Masatoshi Ishikawa (ROBIO, 2006)

Trajectory Planning of Motile Cell for Microrobotic Applications. - Naoko Ogawa; Hiromasa Oku; Koichi Hashimoto; Masatoshi Ishikawa (J. Robotics Mechatronics, 2007)

A new framework for microrobotic control of motile cells based on high-speed tracking and focusing. - Takeshi Hasegawa; Naoko Ogawa; Hiromasa Oku; Masatoshi Ishikawa (ICRA, 2008)

Mobile microscope: a new concept for hand-held microscopes with image stabilization. - Takahiko Ishikawa; Hiromasa Oku; Masatoshi Ishikawa (ICRA, 2008)

Serial Algorithm for high-speed autofocusing of cells using Depth From Diffraction (DFDi) method. - Soshiro Makise; Hiromasa Oku; Masatoshi Ishikawa (ICRA, 2008)

High-speed liquid lens for computer vision. - Hiromasa Oku; Masatoshi Ishikawa (ICRA, 2010)

High-speed gaze controller for millisecond-order pan/tilt camera. - Kohei Okumura; Hiromasa Oku; Masatoshi Ishikawa (ICRA, 2011)

Lumipen: Projection-Based Mixed Reality for Dynamic Objects. - Kohei Okumura; Hiromasa Oku; Masatoshi Ishikawa (ICME, 2012)

Arbitrarily focused video using high-speed liquid lens. - Hiroki Deguchi; Hiromasa Oku; Masatoshi Ishikawa (SIGGRAPH ASIA Posters, 2012)

Acitve projection ar using high-speed optical axis control and appearance estimation algorithm. - Kohei Okumura; Hiromasa Oku; Masatoshi Ishikawa (ICME, 2013)

High-Speed Vision and its Application Systems. - Taku Senoo; Yuji Yamakawa; Yoshihiro Watanabe; Hiromasa Oku; Masatoshi Ishikawa (J. Robotics Mechatronics, 2014)

Mirror-based high-speed gaze controller calibration with optics and illumination control. - Tomohiro Sueishi; Hiromasa Oku; Masatoshi Ishikawa (IROS, 2015)

Robust high-speed tracking against illumination changes for dynamic projection mapping. - Tomohiro Sueishi; Hiromasa Oku; Masatoshi Ishikawa (VR, 2015)

1 ms Auto Pan-Tilt - video shooting technology for objects in motion based on Saccade Mirror with background subtraction. - Kohei Okumura; Keiko Yokoyama; Hiromasa Oku; Masatoshi Ishikawa (Adv. Robotics, 2015)

Dynamic Information Space Based on High-Speed Sensor Technology. - Masatoshi Ishikawa; Idaku Ishii; Yutaka Sakaguchi; Makoto Shimojo; Hiroyuki Shinoda 001; Hirotsugu Yamamoto; Takashi Komuro; Hiromasa Oku; Yutaka Nakajima; Yoshihiro Watanabe (Human-Harmonized Information Technology (1), 2016)

Saccade Mirror 3: High-speed gaze controller with ultra wide gaze control range using triple rotational mirrors. - Kazuhisa Iida; Hiromasa Oku (ICRA, 2016)

Structured Light Field Generated by Two Projectors for High-Speed Three Dimensional Measurement. - Akihiro Obara; Xu Yang; Hiromasa Oku (J. Robotics Mechatronics, 2016)

Lumipen 2: Dynamic Projection Mapping with Mirror-Based Robust High-Speed Tracking against Illumination Changes. - Tomohiro Sueishi; Hiromasa Oku; Masatoshi Ishikawa (Presence Teleoperators Virtual Environ., 2016)

Design Principles of a High-Speed Omni-Scannable Gaze Controller. - Koseki J. Kobayashi-Kirschvink; Hiromasa Oku (IEEE Robotics Autom. Lett., 2016)

Edible retroreflector. - Takahiro Uji; Yiting Zhang; Hiromasa Oku (VRST, 2017)

Temporally Coded Exposure Camera for High-Speed Feedback of Microscopic 3D Information. - Kazuki Yamato; Toshihiko Yamashita; Hiroyuki Chiba; Hiromasa Oku (ROBIO, 2018)

Edible projection mapping. - Hiromasa Oku; Miyu Nomura; Kumi Shibahara; Akihiro Obara (SIGGRAPH ASIA Emerging Technologies, 2018)

Edible fiducial marker made of edible retroreflector. - Hiromasa Oku; Takahiro Uji; Yiting Zhang; Kumi Shibahara (Comput. Graph., 2018)

1-ms Three-Dimensional Feedback Microscope With 69-kHz Synchronous Modulation of Focal Position and Illumination. - Kazuki Yamato; Hiroyuki Chiba; Toshihiko Yamashita; Hiromasa Oku (IEEE Robotics Autom. Lett., 2018)

Edible Lens Made of Agar. - Miyu Nomura; Hiromasa Oku (VR, 2019)

Fast Volumetric Feedback under Microscope by Temporally Coded Exposure Camera. - Kazuki Yamato; Toshihiko Yamashita; Hiroyuki Chiba; Hiromasa Oku (Sensors, 2019)

Simulfocus imaging: quasi-simultaneous multi-focus imaging using Lock-in Pixel imager and TAG lens. - Hiromasa Oku; Kazuki Yamato; Yusuke Tanaka; Keita Yasutomi; Shoji Kawahito (SIGGRAPH Emerging Technologies, 2020)

High-Speed Visual Feedback Control of Miniature Rotating Mirror System Using a Micro Ultrasonic Motor. - Tomoaki Mashimo; Shunsuke Izuhara; Shiro Arai; Zhong Zhang 013; Hiromasa Oku (IEEE Access, 2020)

High Speed Three Dimensional Tracking of Swimming Cell by Synchronous Modulation Between TeCE Camera and TAG Lens. - Kazuki Yamato; Hiroyuki Chiba; Hiromasa Oku (IEEE Robotics Autom. Lett., 2020)

Wide Angular Range Dynamic Projection Mapping Method Applied to the Projection on a Flying Drone. - Shino Higuchi; Hiromasa Oku (SIGGRAPH Posters, 2021)

Wide angular range dynamic projection mapping method applied to drone-based avatar robot. - Shino Higuchi; Hiromasa Oku (Adv. Robotics, 2021)

Edible Retroreflector Made of Candy. - Hiromasa Oku; Miko Sato; Yuki Funato (IEEE Access, 2022)

Special Issue on High-Speed Vision and its Applications. - Masatoshi Ishikawa; Idaku Ishii; Hiromasa Oku; Akio Namiki; Yuji Yamakawa; Tomohiko Hayakawa (J. Robotics Mechatronics, 2022)

Structured Light Field by Two Projectors Placed in Parallel for High-Speed and Precise 3D Feedback. - Hiromu Kijima; Hiromasa Oku (J. Robotics Mechatronics, 2022)

High-Speed and Low-Latency 3D Fluorescence Imaging for Robotic Microscope. - Kazuki Yamato; Masatoshi Iuchi; Hiromasa Oku (J. Robotics Mechatronics, 2022)

Aerial Display Method Using a Flying Screen with an IR Marker and Long Range Dynamic Projection Mapping. - Yuito Hirohashi; Hiromasa Oku (SIGGRAPH ASIA Posters, 2023)

Edible Light Pipe Made of Candy. - Yuki Funato; Suzuno Hayashi; Hiromasa Oku (VR Workshops, 2023)

Proposal for an aerial display using dynamic projection mapping on a distant flying screen. - Masatoshi Iuchi; Yuito Hirohashi; Hiromasa Oku (VR, 2023)

Proposal for a Distraction Technique Using Two-Screen Projection for Stress Relief in Children With Medical Complexity. - Hiroyuki Ogihara; Yuki Funato; Hiromasa Oku (IEEE Access, 2023)

Milliseconds Photon-to-Photon Latency Projection System for Adaptive Optogenetics Applications. - Hiromasa Oku; Atsushi Eda; Toya Fujita (ROBIO, 2024)

American Sign Language Recognition and Translation Using Perception Neuron Wearable Inertial Motion Capture System. - Yutong Gu; Hiromasa Oku; Masahiro Todoh (Sensors, 2024)

Aerial Display Method Using a Flying Screen and Long Range Dynamic Projection Mapping. - Yuito Hirohashi; Hiromasa Oku (IEEE Access, 2025)