All pixels on the epipolar line that belong to the image behind glass will produce the same type of track in the
Any pixels that are due to reflection will produce a track at a different angle, depending upon the apparent distance
to the reflected object. By looking at the color of inconsistent tracks, the reflection can be removed.
We propose an efficient tourist route search system that not only recommends a path that simply connects several tourist spots,
but also recommends the path with the most beautiful scenery.
To achieve an automatic tourist spot recommendation dependent on each user's preferences,
we propose a personalized tourist spot recommendation technique using web information.
This research is about a system which shows the META information and the hyperlink added to a 3D object on a web page. The system is controlled interactively with a mouse and keyboard. This is a joint research project with Kyoto Sangyo University.
This research provides system that an individual or small-scale organization can create 3D animation contents even without professional equipment and skill and control 3D animation with gesture operation on tablet device.
The main scenario of this navigation assumes the user to be a bicycler or pedestrian who do not have any smart devices. The system provides several landmarks, e.g., high tower, tall buildings, etc., to follow, leading to reach the final destination.