In this thesis we will present an optical Motion Capture system that takes advantage of active markers. The tracking is done by using infrared LEDs driven by a microcontroller, and by Optitrack's optical tracking system. Each marker has a unique lighting pattern that allows unique identification. We will describe in detail the implementation of this system, with the strengths and the problems encountered. We will also analyze the various Motion Capture techniques and the solutions currently available, comparing them with the proposed solution. We will finally show the results obtained and talk about possible future developments
This paper presents an optical-inertial tracking algorithm with explicit and assured optical marker...
Motion tracking has been employed by industry for many years but has remained an expensive and diffi...
The presented optical tracking system allows intuitive controlling and programming of industrial rob...
Advanced motion tracking systems have been generally applied to movie production and digital enterta...
Figure 1: Overview of our practical and low-cost tracking solution using ceiling mounted LED strips....
This paper describes the design, implementation and evaluation of a low-cost motion capture system w...
Inaccurate and slow positional tracking are fundamental problems of low-cost VR solutions. These fac...
Abstract — At the current state of the art, the agility of an autonomous flying robot is limited by ...
One of the reasons of how virtual reality applications penetrate industrial production chains slowly...
Figure 1: Motion and incident illumination capture in a natural setting with imperceptible marker ta...
This paper addresses the positioning and identification of markers for 3D tracking within Virtual Re...
Motion capture is the process of recording a live motion event and translating it into usable mathem...
In this paper, an optical tracking system is introduced for the use within Virtual and Augmented Rea...
In this paper we present our experience in using optical tracking systems in Virtual Environment app...
In this paper, we introduce an optical tracking system for the use with virtual environments which i...
This paper presents an optical-inertial tracking algorithm with explicit and assured optical marker...
Motion tracking has been employed by industry for many years but has remained an expensive and diffi...
The presented optical tracking system allows intuitive controlling and programming of industrial rob...
Advanced motion tracking systems have been generally applied to movie production and digital enterta...
Figure 1: Overview of our practical and low-cost tracking solution using ceiling mounted LED strips....
This paper describes the design, implementation and evaluation of a low-cost motion capture system w...
Inaccurate and slow positional tracking are fundamental problems of low-cost VR solutions. These fac...
Abstract — At the current state of the art, the agility of an autonomous flying robot is limited by ...
One of the reasons of how virtual reality applications penetrate industrial production chains slowly...
Figure 1: Motion and incident illumination capture in a natural setting with imperceptible marker ta...
This paper addresses the positioning and identification of markers for 3D tracking within Virtual Re...
Motion capture is the process of recording a live motion event and translating it into usable mathem...
In this paper, an optical tracking system is introduced for the use within Virtual and Augmented Rea...
In this paper we present our experience in using optical tracking systems in Virtual Environment app...
In this paper, we introduce an optical tracking system for the use with virtual environments which i...
This paper presents an optical-inertial tracking algorithm with explicit and assured optical marker...
Motion tracking has been employed by industry for many years but has remained an expensive and diffi...
The presented optical tracking system allows intuitive controlling and programming of industrial rob...