In this paper, a lossy partition coding technique is presented which leads to decoded partitions with unnoticeable losses. It uses a hexagonal grid for contour representation and it is based on the concept of multi-grid chain code. This coding technique can be used in intra-frame mode or, in combination with partition prediction techniques, in interframe mode. In intra-frame mode, it leads to an average saving of 25% of the coding cost with respect to chain code techniques. The savings on inter-frame mode depend on the motion prediction approach. Results of coding binary shapes (concept of video object plane) as well as partitions with an arbitrary set of regions are presented.Peer ReviewedPostprint (published version
In this paper, we present a motion compensated two-link chain coding technique to effectively encode...
We present a family of new macroblock partitions for H.264/AVC inter prediction. These modes allow a...
[[abstract]]In this paper, we present an optimal chain-code-like representation to code contour shap...
In this paper, a lossy partition coding technique is presented which leads to decoded partitions wit...
This paper presents a prediction technique for partition sequences. It uses a region-by-region appro...
This paper presents a contour-based approach to efficiently code binary shape information in the con...
This paper deals with the coding of the partition information resulting from the segmentation of vid...
To attain efficient coding of sequences with complex motion activity, modern video coding standards ...
In this paper we describe a very low bit rate video coding system that belongs to the class of objec...
While many recent international video coding standards, especially H.264/MPEG-4 AVC, leverage block ...
This paper presents a generic video coding algorithm allowing the content-based manipulation of obje...
Abstract—A video coding architecture is described that is based on nested and pre-configurable quadt...
We present an efficient lossless contour coding scheme based on a chain code representation. The alg...
Thanks to a lot of new or improved coding tools, the H.264/AVC video coding standard achieves up to ...
Quadtree-based block partitioning together with motion-compensated prediction has proven to be an ef...
In this paper, we present a motion compensated two-link chain coding technique to effectively encode...
We present a family of new macroblock partitions for H.264/AVC inter prediction. These modes allow a...
[[abstract]]In this paper, we present an optimal chain-code-like representation to code contour shap...
In this paper, a lossy partition coding technique is presented which leads to decoded partitions wit...
This paper presents a prediction technique for partition sequences. It uses a region-by-region appro...
This paper presents a contour-based approach to efficiently code binary shape information in the con...
This paper deals with the coding of the partition information resulting from the segmentation of vid...
To attain efficient coding of sequences with complex motion activity, modern video coding standards ...
In this paper we describe a very low bit rate video coding system that belongs to the class of objec...
While many recent international video coding standards, especially H.264/MPEG-4 AVC, leverage block ...
This paper presents a generic video coding algorithm allowing the content-based manipulation of obje...
Abstract—A video coding architecture is described that is based on nested and pre-configurable quadt...
We present an efficient lossless contour coding scheme based on a chain code representation. The alg...
Thanks to a lot of new or improved coding tools, the H.264/AVC video coding standard achieves up to ...
Quadtree-based block partitioning together with motion-compensated prediction has proven to be an ef...
In this paper, we present a motion compensated two-link chain coding technique to effectively encode...
We present a family of new macroblock partitions for H.264/AVC inter prediction. These modes allow a...
[[abstract]]In this paper, we present an optimal chain-code-like representation to code contour shap...