Ishikawa Oku Lab

We propose a new method for motion estimation using a single wearable camera.

http://www.k2.t.u-tokyo.ac....

Broadcasting contents of sport games (e.g. the FIFA World Cup, the Olympic games etc.) have been quite popular. Hence, high-quality and powerful vi...

The purpose of this study is to achieve a dynamic manipulation of a sheet-like flexible object. As one example of dynamic manipulations of sheet-...

"scoreLight" is a prototype musical instrument capable of generating sound in real time from the lines of doodles as well as from the contours of t...

The `Smart Laser Projector' (SLP) is a modified laser-based projector capable of displaying graphics on a variety of non-prepared surfaces, while s...

Tracking of multiple targets is also possible without replicating any part of the system (targets are considered sequentially). Such a configuratio...

A demonstration of the markerless Smart Laser Tracking for browsing a map with the tip of the finger.

http://www.k2.t.u-tokyo.ac.......

A demonstration of the markerless Smart Laser Tracking consisting on browsing on a pre-recorded video, zooming, and scrolling using the tip of one ...

The problem of tracking hands and fingers on natural scenes has received much attention using passive acquisition vision systems and computationall...

The Haptic Radar is a wearable and modular device allowing users to perceive and respond to spatial information using haptic cues in an intuitive a...

The Volume Slicing Display enables interactive exploration of volumetric data using a rigid, passive, untethered screen. The system tracks the scre...

The Khronos Projector is an interactive-art installation allowing people to explore pre-recorded movie content in an entirely new way. By touching ...

A high-speed movie with Extended Depth-Of-Field (E-DOF) was synthesized from 2000-fps images captured while scanning the in-focus position with a f...

A combination of high-speed 2-D tracking and high-speed focusing by Depth-From-Diffraction method demonstrated a 3-D tracking of a freely swimming...

We developed a liquid lens called "Dynamorph Lens" using a liquid-liquid interface that can arbitrarily control the focal length in milliseconds an...

A quickly and vigorously swimming sperm was tracked at the center of a microscope's view field using high-speed image processing technology. The ta...

A high-speed movie of 1000 fps with extended depth of field was synthesized from 8000-fps images captured while scanning the in-focus position with...

Our Book Flipping Scanning is a new method of scanning large stacks of paper while the user performs a continuous page flipping action.

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We propose a variant of the multi-touch display technology that introduces an original way of manipulating three-dimensional data. We will call the...

We have developed a real-time shape measurement system for moving and deforming objects. The system is based on multi-spot projection measurement i...

3D Input Interface for Mobile Devices developed by Ishikawa Komuro Laboratory.

http://www.k2.t.u-tokyo.ac....