Advanced Inertial-Optical Tracking System for Wide Area Mixed and Augmented Reality Systems

Virtual Reality, Immersive Virtual Environments, User Interfaces, Input Devices, Optical Tracking, Interac- tion Concepts, Ergonomics of Handheld Devices, Wireless, CAD

Therefore, we address in this paper the problem using an appearance–based approach and propose a unified approach for the detection and tracking (simultaneous recog- nition

This hybrid tracking system combines an ini- tial pose estimation from the infrared cameras with informa- tion from a digital camera image.. This way, the advantages of the two

Figure 1: Tracking systems: (a) metris iGPS, (b) metris Krypton series, (c) FARO measurement

A half-silvered mirror through which the user is looking at the desktop reflects the image projected on the rear projec- tion screen, creating the impression that the stereo image

This reduction dramatically decreases the number of votes required for robust detection of circle parameters so that the pose of many color balls can be estimated in real-time..

For this reason, in or- der to provide a better tracking in a wider environment of workability, the dimensions of the marker have to change according to the relative distance

Our system involves two main stages: the retrieval phase to determine a subset of images that are most similar to the query image and the computation of the camera’s pose.. This