This paper describes a method for bringing two videos (recorded at different times) into spatiotemporal alignment, then comparing and combining corresponding pixels for applications such as background subtraction, compositing, and increasing dynamic range. We align a pair of videos by searching for frames that best match according to a robust image registration process. This process uses locally weighted regression to interpolate and extrapolate high-likelihood image correspondences, allowing new correspondences to be discovered and refined. Image regions that cannot be matched are detected and ignored, providing robustness to changes in scene content and lighting, which allows a variety of new applications
Virtually every video watermarking technology can benefit from comparison with the original content....
Virtually every video watermarking technology can benefit from comparison with the original content....
International audienceVideo synchronization and alignment is a rather recent topic in computer visio...
Many computer vision problems, such as object classification, motion estimation or shape registratio...
Abstract—Video alignment is important in different areas of computer vision such as wide baseline ma...
This paper presents a novel framework for matching video sequences using the spatiotemporal segmenta...
This paper presents a novel framework for matching video sequences using the spatiotemporal segmenta...
This paper addresses the problem of aligning two unsynchronized video sequences. We present a novel ...
This thesis studies the problem of spatio-temporal alignment of video sequences, i.e., establishing ...
This paper studies the problem of sequence-to-sequence alignment, namely establishing correspondence...
Many computer vision problems, such as object classification, motion estima-tion or shape registrati...
In this paper, we propose a novel method to establish temporal correspondence between the frames of ...
This paper introduces a hierarchical algorithm for the registration of corresponding images that do ...
Our goal is a registration algorithm capable of aligning image pairs having some combination of low ...
We describe a robust and efficient method for automatically matching and time-aligning electronic sl...
Virtually every video watermarking technology can benefit from comparison with the original content....
Virtually every video watermarking technology can benefit from comparison with the original content....
International audienceVideo synchronization and alignment is a rather recent topic in computer visio...
Many computer vision problems, such as object classification, motion estimation or shape registratio...
Abstract—Video alignment is important in different areas of computer vision such as wide baseline ma...
This paper presents a novel framework for matching video sequences using the spatiotemporal segmenta...
This paper presents a novel framework for matching video sequences using the spatiotemporal segmenta...
This paper addresses the problem of aligning two unsynchronized video sequences. We present a novel ...
This thesis studies the problem of spatio-temporal alignment of video sequences, i.e., establishing ...
This paper studies the problem of sequence-to-sequence alignment, namely establishing correspondence...
Many computer vision problems, such as object classification, motion estima-tion or shape registrati...
In this paper, we propose a novel method to establish temporal correspondence between the frames of ...
This paper introduces a hierarchical algorithm for the registration of corresponding images that do ...
Our goal is a registration algorithm capable of aligning image pairs having some combination of low ...
We describe a robust and efficient method for automatically matching and time-aligning electronic sl...
Virtually every video watermarking technology can benefit from comparison with the original content....
Virtually every video watermarking technology can benefit from comparison with the original content....
International audienceVideo synchronization and alignment is a rather recent topic in computer visio...