In this project, a stereo vision tracking system using webcams is constructed. This system records stereo videos of moving labeled targets and extracts the 3D trajectories of these targets from the recorded videos. It consists of three major steps – stereo video capturing, post processing, and 3D trajectory construction of labeled targets. The final goal of this stereo system is to record human stick balancing experiments and extract the stick trajectories in 3D space. In this report, both the hardware and software implementations of this stereo video capturing system are described, and the system’s performance is characterized.
The aim of the presented work was the development of a tracking algorithm for a stereoscopic camera ...
The aim of the presented work was the development of a tracking algorithm for a stereoscopic camera ...
The evolution of technologies for the capture of human movement has been motivated by a number of po...
This project describes the developmental process of creating and testing a webcam based image captur...
A real-time tracking system with the ability of tracking the moving target using cam-shift algorithm...
Camera-based systems are frequently used to track moving objects which are in the field of their vie...
We describe a simple stereo-vision system for tracking motion in three dimensions using a single ord...
Motion capture is the process of determining the kinematic and kinetic motions of objects or an obje...
Detection and Tracking of targets is essential in robotics world due to its promising applications i...
3D facial tracking has become vital to the continued integration of computers, technology, and human...
Development of computer graphics during last few decades gives a lot of opportunities for designing ...
This contribution presents an easy to implement 3D tracking approach that works with a single standa...
The content of this article explores the use of 3D face tracking systems by implementing of active s...
Motion capture is the process of recording a live motion event and translating it into usable mathem...
Vision allows one to react to rapid changes in the surrounding environment. The ability of animals t...
The aim of the presented work was the development of a tracking algorithm for a stereoscopic camera ...
The aim of the presented work was the development of a tracking algorithm for a stereoscopic camera ...
The evolution of technologies for the capture of human movement has been motivated by a number of po...
This project describes the developmental process of creating and testing a webcam based image captur...
A real-time tracking system with the ability of tracking the moving target using cam-shift algorithm...
Camera-based systems are frequently used to track moving objects which are in the field of their vie...
We describe a simple stereo-vision system for tracking motion in three dimensions using a single ord...
Motion capture is the process of determining the kinematic and kinetic motions of objects or an obje...
Detection and Tracking of targets is essential in robotics world due to its promising applications i...
3D facial tracking has become vital to the continued integration of computers, technology, and human...
Development of computer graphics during last few decades gives a lot of opportunities for designing ...
This contribution presents an easy to implement 3D tracking approach that works with a single standa...
The content of this article explores the use of 3D face tracking systems by implementing of active s...
Motion capture is the process of recording a live motion event and translating it into usable mathem...
Vision allows one to react to rapid changes in the surrounding environment. The ability of animals t...
The aim of the presented work was the development of a tracking algorithm for a stereoscopic camera ...
The aim of the presented work was the development of a tracking algorithm for a stereoscopic camera ...
The evolution of technologies for the capture of human movement has been motivated by a number of po...