Damien Douxchamps Email & Phone Number

Koto City, Tokyo, Jp

Kōtō, Tokyo, Japan

Kyoto, Kyoto, Japan

Co-founder of Augumenta, the augmented reality (AR) interaction company. Researched and productized all the computer vision-based AR and interaction methods launched by the company: AR control panels, AR markers, gesture interaction, palm-based user interfaces, accurate camera-based 3D positioning and 3D ToF finger detection. Achieved real-time video processing on the limited power and CPU capabilities of wearables like smart-glasses. Participated in customer app development (Android) and… Show more Co-founder of Augumenta, the augmented reality (AR) interaction company. Researched and productized all the computer vision-based AR and interaction methods launched by the company: AR control panels, AR markers, gesture interaction, palm-based user interfaces, accurate camera-based 3D positioning and 3D ToF finger detection. Achieved real-time video processing on the limited power and CPU capabilities of wearables like smart-glasses. Participated in customer app development (Android) and demonstrations. Major role in sales, marketing, management, funding, project management and HR, always bringing a dose of cool and common sense to sometimes heated business discussions. Our AR control panel was rated by Siemens as "the only industrial AR interaction that works" and is protected by two patents. Show less

Tsukuba, Ibaraki, Japan

Single handedly researched, designed and built the world's first large multi-touch LCD table, boasting low profile, high speed, unlimited touch points, pressure sensitivity and hand-print analysis capabilities. Touched all aspects of design, prototyping and production, including computer vision algorithms, real-time image processing, software repositories and updates, optics, structural, mechanical, electronics, camera control, thermal management and machining,. Participated in all sales… Show more Single handedly researched, designed and built the world's first large multi-touch LCD table, boasting low profile, high speed, unlimited touch points, pressure sensitivity and hand-print analysis capabilities. Touched all aspects of design, prototyping and production, including computer vision algorithms, real-time image processing, software repositories and updates, optics, structural, mechanical, electronics, camera control, thermal management and machining,. Participated in all sales, marketing and customer support activities. De-facto product owner. This multi-touch table was used by Japanese broadcaster NHK, requiring on-the-spot support in a demanding TV studio environment. Show less

Ibaraki, Japan

Real time detection and tracking of faces and face features.

Nara, Japan

Nara, Japan

Invented the most robust and accurate geometric camera calibration algorithm, a cornerstone of precise image-based measurements. Very high accuracy was achieved (0.002 pixel RMS error) while simultaneously exhibiting an exceptionally high robustness to noise, compression and other artefacts. Also performed early pioneer work on dual-laser-line 3D reconstruction, which has is now a common commercially available tool for scanning 3D parts.

Kyoto, Japan

Design of a real-time face detection and tracking system for semi-controlled situations using a special 360-degrees cylindrical camera. A very high detection rate (>96% typ.) was reached while keeping the false positive rate at a negligible level (<0.1%). This was used downstream for the analysis of people's non-verbal activity during meetings.

Taipei, Taiwan

Helped with the computer vision needs of the laboratory regarding geometric measurements of flows and sediments using cameras and laser sheet imaging. Keywords: laser ranging, camera calibration, machine vision, optics, photography, 1394/linux

Belgium

Axial on-board detection of aircraft wake vortices using an infra-red lidar and flight testing with Airbus (EU IWAKE project) Proposed a new spectral model for the Doppler return leading to the world first in-flight axial detection of wake vortices. The success of the project led to more EU funded projects for the laboratory.Invented a novel road-side traffic monitoring system using high-speed line-scan cameras. This technique allows numerous measurements from a single sensor: speed… Show more Axial on-board detection of aircraft wake vortices using an infra-red lidar and flight testing with Airbus (EU IWAKE project) Proposed a new spectral model for the Doppler return leading to the world first in-flight axial detection of wake vortices. The success of the project led to more EU funded projects for the laboratory.Invented a novel road-side traffic monitoring system using high-speed line-scan cameras. This technique allows numerous measurements from a single sensor: speed, acceleration, size and even inter-vehicle distances. Accuracy suitable for law-enforcement applications.Study of a mixed reality system within the ALIVE / Art.Live project, which led to the establishment of the Alterface company. Helped Alterface during its inception. Various consulting works for them in real-time computer vision, camera control, image acquisition and augmented reality.Design of a structure-from-motion system for road monitoring applications within the MODEST project. Responsible for camera calibration, 3D reconstruction (matching,...) and daily project management. Show less

Belgium

Participated in the founding of Alterface, a startup of the Université catholique de Louvain’s Telecom Laboratory which pioneered augmented reality and mixed reality interaction back in the early 2000’s. Contributions to the company’s computer vision code base included real time image processing, segmentation, MMX/SSE optimizations, as well as camera capture and control. Regular participation in demonstrations and customer installations across Europe.

Phd, Machine Vision, Signal Processing

Activities and Societies: IEEE, Ocean Engineering Society Computer vision, signal processing, mixed reality, stereo vision, structure.

Ba, Signal And Image Processing, Electronics

Activities and Societies: HP48 Club, Junior Ingenieur Conseil (JIC) micro-electronics, signal processing, image processing, computer.