3D reconstruction system for capturing moving objects of human body both inside and outside.

Outreach

3D data sets

  1. Multiview stereo data set (raw images with dense 3D reconstruction results.)
    "Download page"

Press release

  1. Hiroshi Kawasaki "3D accurate measurement using endoscope" Minami nippon newspaper, 10.2016
  2. Ryo Furukawa, Hiroshi Kawasaki, Shinji Tanaka "Development of 3D scanning system for measuring accurate shape of organs using existing endoscope -- active 3D scan with ultra small pattern projector --" Press Release Hiroshima city university, Kagoshima university, Hiroshima university, 10.2016
  3. "3D shape measurement sysytem for the surface of a target object by projecting grid pattern ", Eizo shimbun, 2012.9.3
  4. "Develop 3D high-speed and accurate measurement system for moving objects"
    http://www.aist.go.jp/aist_j/press_release/pr2012/pr20120802/pr20120802.html
    http://www.kagoshima-u.ac.jp/topics/2012/08/post-280.html
    （2012.8）

Public presentation

  1. Hiroshi Kawasaki "Challenges on acquisition of fast moving objects using projector and camera system" Talk at Rice University, 11.2018
  2. Hiroshi Kawasaki "Challenges on acquisition and representation of dynamic scene under various conditions" Talk at Simon Fraser University, Canada, 10.2018
  3. Hiroshi Kawasaki, Kawasaki Laboratory members "What will be realized in future with VR (Virtual Reality)" Kagoshima IT Festa, 11.2016
  4. Hiroshi Kawasaki, Ryo Furukawa "Challenges on active 3D scan for human body -- toward next generation endoscope --" Talk at Scuola Superiore Sant'Anna, Italy, 9.2016
  5. Hiroshi Kawasaki "Invited Talk: Active 3D Measurement and its Application" The 98th of Robot Engineering Seminar - 3D Vision Technology, The Robotics Society of Japan, pp.22-43, 5.2016
  6. Hiroshi Kawasaki "Tutorial: Active 3D scanning and shape reconstruction" Seminar: Sensing Technology for 3D imaging, 3.2016
  7. Hiroshi Kawasaki "Challenges on 4D data capture, analysis and visualization" Talk at Peking University, 3.2016
  8. Hiroshi Kawasaki "Research on 3D acquisition using projector and camera system" Talk at Shanghai Tech University, 3.2016
  9. Hiroshi Kawasaki "Active stereo techniques using projector and camera system " Talk @ CMU, 9.2015
  10. Hiroshi Kawasaki "Tutorial: Recent research trend of Active 3D measurement" Tutorial at The 18th Mieeting on Image Recognition and Understanding, 7.2015
  11. Hiroshi Kawasaki, Marco Visentini-Scarzanella "A New World Perception from 3D Vision Technology" Lecture at Konan High School, Kagoshima, 11.2014
  12. Hiroshi Kawasaki "3D reconstruction based on active scanning techniques" Seminar series of Techniques of Three-dimensional Image Sensing, 11.2014
  13. Hiroshi Kawasaki "Improved human visual systems based on 3D capture, recognition and augumented reality (Introduction to Computer Vision)" Lecture at Izumi Chuo High School, Kagoshima, 2013
  14. Workshop of research seeds in Aist Kansai "Interactive 3D animation display sysytem based on real-time 3D measurement technique"（2013.1.28）
  15. IT festa in Kagoshima（2012.11.30-12.2）
  16. "High-speed Shape Capture Using Projector and Camera system", MIT (Massachusetts Institute of Technology), Cambridge, MA, USA, (2012.8.20)
  17. "Challenges on Shape Acquisition of Moving Object"presentation,　Mitsubishi Electric Research Laboratories (MERL), Cambridge, MA, USA,（2012.8.17）
  18. "Acquisition of Shape and Color of Moving Object"presentation, Columbia Universtiy, NY, USA, （2012.8.9）
  19. Open campus, Faculty of engineering, Kagosima Univercsity（2012.8.4）
  20. "New world through 3D view"，Introductory lecture and demonstration at Kagoshima Chuo high school（2012.9.20）
  21. "New world through 3D view"，Introductory lecture and demonstration at Kagoshima Chuo high school (2012.7.6)
  22. "Real-time measurement system for the human body, from outside and inside"，Symposium on Food and Health，pp 1-1，（2011.11).
  23. Open house 2011 at Kagosima University（2011.8).
  24. Hiroshi Kawasaki、“Challenges on capturing dense 3D data of fast moving objects”，2011 Japan-America Frontiers of Engineering Symposium，（2011.6).

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