The camera homography estimation involves using complex algorithms. They provide good results after some interactions, however the error model provided for such algorithm seems to be no appropriate for sensorial data fusion in real time. In this work a new methodology is proposed for camera homography and IMU data fusion. The experiment consists in rotate the camera. The experiment is done for frames. Here it is presented results about the error in homography estimation with and without bias compensation. The last section concerns about the experimental results and conclusions about this approach
We present a trajectory mapping algorithm for a distributed camera setting that is based on statisti...
Homography is an important area of computer vision for scene understanding and plays a key role in e...
This thesis concerns ego-motion and pose estimation of a single camera under the assumptions of plan...
The camera homography estimation involves using complex algorithms. They provide good results after ...
More and more calibration methods are proposed based on planar homography. However, result accuracy ...
This paper gives a novel approach to homography estimation. It concentrates on the problem when ther...
Estimating the homographies for IR sequences of approaching objects in the infrared spectrum is a sp...
International audienceThis paper presents a new algorithm for online estimation of a sequence of hom...
The goal of homography estimation is to find global transformation between two images of the same sc...
More and more computer vision methods are proposed based on planar homography. However, result accur...
Projective homography sits at the heart of many problems in image registration. In addition to many ...
During the last decade, a number of highly successful visual servo control and real-time image proce...
International audienceIn this paper, we explore the different minimal solutions for egomotion estima...
Surveillance videos and images are used for a broad set of applications, ranging from traffic analys...
When a planar structure is observed from multiple views, the projections of its corresponding 3D poi...
We present a trajectory mapping algorithm for a distributed camera setting that is based on statisti...
Homography is an important area of computer vision for scene understanding and plays a key role in e...
This thesis concerns ego-motion and pose estimation of a single camera under the assumptions of plan...
The camera homography estimation involves using complex algorithms. They provide good results after ...
More and more calibration methods are proposed based on planar homography. However, result accuracy ...
This paper gives a novel approach to homography estimation. It concentrates on the problem when ther...
Estimating the homographies for IR sequences of approaching objects in the infrared spectrum is a sp...
International audienceThis paper presents a new algorithm for online estimation of a sequence of hom...
The goal of homography estimation is to find global transformation between two images of the same sc...
More and more computer vision methods are proposed based on planar homography. However, result accur...
Projective homography sits at the heart of many problems in image registration. In addition to many ...
During the last decade, a number of highly successful visual servo control and real-time image proce...
International audienceIn this paper, we explore the different minimal solutions for egomotion estima...
Surveillance videos and images are used for a broad set of applications, ranging from traffic analys...
When a planar structure is observed from multiple views, the projections of its corresponding 3D poi...
We present a trajectory mapping algorithm for a distributed camera setting that is based on statisti...
Homography is an important area of computer vision for scene understanding and plays a key role in e...
This thesis concerns ego-motion and pose estimation of a single camera under the assumptions of plan...