Internal Organ Overlay
Pre-recorded organ shape and probe pose from a skilled physician are visualized to help unskilled physicians acquire echograms.
Portfolio ／ 2026
Visualizing complexity, solving problems, expanding reality.
I'm Takashi Yoshinaga — an XR researcher based in Japan. I work on R&D that applies AR, visualization, and sensing technologies to solve problems across diverse fields, while also developing metaverse systems and personal XR prototypes.
- Augmented Reality
- Visualization
- Sensing
- XR Prototyping
01 ／ About
Researcher in AR & Visualization
With Avaxia Asia LTD and ISIT (Institute of Systems, Information Technologies and nanotechnologies). I research and build XR applications for medical imaging, medical training, motion sensing, civil engineering, and other domains, alongside metaverse systems and visualization interfaces.
- Name
- Takashi Yoshinaga（吉永 崇）
- Degree
- Ph.D. in Engineering
- Affiliation
- Avaxia Asia LTD ISIT (Institute of Systems, Information Technologies and nanotechnologies)
- Title
- Expert XR Consultant
- Expertise
- Augmented Reality, Visualization, Sensing
- Contact
- yoshinaga [at] isit.or.jp
02 ／ Works
Research & Engagements
Selected AR and visualization projects across medicine, sports, and civil engineering.
HMD Cross-Section Overlay
The ultrasound cross section is superimposed onto the view of a physician wearing HoloLens or Magic Leap, built on markerless tracking and real-time pose/image streaming.
Remote Instruction
A remote doctor instructs probe operation through AR. Operation transfer was achieved with visual information alone.
Dynamic Body Mark
Volumetric video records and visualizes the echography procedure — useful both as a medical-skill archive and for tele-collaboration.
IMU + SLAM Motion Capture
IMUs capture joint angles without occlusion; a SLAM sensor tracks body position in space. Also applied to full-body tracking and sports sensing.
Rehabilitation Game
A rehabilitation game that turns hand training into play — a character moves forward while the patient holds their arm horizontal, and steers by tilting the hand.
Radiation Visualization ／ Kyushu Univ. (Fujibuchi Lab)
A medical training app that visualizes invisible radiation distributions in AR and quantifies staff exposure relative to emitting devices.
Underground Utility AR ／ Chuo Univ. (Kashiyama Lab)
Co-developed AR applications that visualize underground utilities such as pipelines beneath roads, helping prevent accidents during road construction.
03 ／ Prototypes
Hobby & Prototyping
A growing collection of XR prototypes I keep building on the side. Tap a card to play the video and read the details.
04 ／ GitHub
Open-source Repositories
Unity- and WebXR-based AR/XR samples — open and free to use on GitHub.