In this paper a novel algorithm for estimating the parametric form of the camera motion is proposed. A novel stochastic vector field model is presented which can handle smooth motion patterns derived from long periods of stable camera movement and also can cope with rapid motion changes and periods where camera remains still. A set of rules for robust and online updating of the model parameters is also proposed, based on the Expectation Maximization algorithm. Finally, we fit this model in a particle filters framework, in order to predict the future camera motion based on current and prior knowledge
International audienceThis paper presents a real-time circular targets tracking approach for camera ...
This paper presents an improved method for simultaneous tracking and recognition of human faces fro...
This thesis addresses the ill-posed problem of estimating two-dimensional motion in time-varying ima...
Abstract—In this paper, a novel algorithm for parametric camera motion estimation is introduced. Mor...
International audienceThis paper presents a robust line tracking approach for camera pose estimation...
In this paper, we present a Bayesian algorithm based on particle filters to estimate the camera pose...
The algorithm proposed in this paper is designed to solve two challenging issues in visual tracking:...
In this work, a new variant of particle filter has been proposed. In visual object tracking, particl...
Real-time robust tracking for multiple non-rigid objects is a challenging task in computer vision re...
In this paper, we present a Bayesian algorithm based on particle filters to estimate the camera pos...
Abstract. Due to its great ability of conquering clutters, which is es-pecially useful for high-dime...
Abstract This paper presents a novel particle filter called Motion-Adaptive Particle Filter (MAPF) t...
Abstract: Robust tracking of non-rigid objects is a challenging task. Particle filter is a powerful...
Abstract: The particle filter is known to be efficient for visual tracking. However, its parameters ...
Visual tracking is a critical task in many computer vision applications such as surveillance, vehicl...
International audienceThis paper presents a real-time circular targets tracking approach for camera ...
This paper presents an improved method for simultaneous tracking and recognition of human faces fro...
This thesis addresses the ill-posed problem of estimating two-dimensional motion in time-varying ima...
Abstract—In this paper, a novel algorithm for parametric camera motion estimation is introduced. Mor...
International audienceThis paper presents a robust line tracking approach for camera pose estimation...
In this paper, we present a Bayesian algorithm based on particle filters to estimate the camera pose...
The algorithm proposed in this paper is designed to solve two challenging issues in visual tracking:...
In this work, a new variant of particle filter has been proposed. In visual object tracking, particl...
Real-time robust tracking for multiple non-rigid objects is a challenging task in computer vision re...
In this paper, we present a Bayesian algorithm based on particle filters to estimate the camera pos...
Abstract. Due to its great ability of conquering clutters, which is es-pecially useful for high-dime...
Abstract This paper presents a novel particle filter called Motion-Adaptive Particle Filter (MAPF) t...
Abstract: Robust tracking of non-rigid objects is a challenging task. Particle filter is a powerful...
Abstract: The particle filter is known to be efficient for visual tracking. However, its parameters ...
Visual tracking is a critical task in many computer vision applications such as surveillance, vehicl...
International audienceThis paper presents a real-time circular targets tracking approach for camera ...
This paper presents an improved method for simultaneous tracking and recognition of human faces fro...
This thesis addresses the ill-posed problem of estimating two-dimensional motion in time-varying ima...