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Showing papers in "Image Processing and Communications in 2009"


Journal Article
TL;DR: In this article, two optimized architectures of Context-based Adaptive Binary Arithmetic Coding (CABAC) are presented: the software version of CABAC (dedicated to IA-32 and DSP platforms) and the hardware version of BAC, which is dedicated to FPGA and ASIC platforms.
Abstract: Two optimized architectures of Context-based Adaptive Binary Arithmetic Coding (CABAC) are presented in the paper. These are: the software version of CABAC (dedicated to IA-32 and DSP platforms) and the hardware version of CABAC (dedicated to FPGA and ASIC platforms). The paper presents analysis of implementations for both versions of CABAC. The optimized software as well as the hardware version of CABAC was tested in terms of codec throughput.

35 citations





Journal Article
TL;DR: In this paper constrained contour models are applied for hand posture recognition in single color images by utilizing a class of physics-based modelling methods called Deformable Templates.
Abstract: In this paper constrained contour models are applied for hand posture recognition in single color images In particular, the proposed algorithm utilizes a class of physics-based modelling methods called Deformable Templates [1],[2],[3] After colorbased image segmentation a contour hypothesis is detected and some features are extracted, suitable for comparison with the template’s geometric properties Several metrics for matching contour templates against image data are discussed The described methods are evaluated experimentally and referred to a known hand posture recognition algorithm

3 citations






Journal Article
TL;DR: Different regular topological solutions as single ring, double ring or 4-Regular grid are applied to the case study, and compared in terms of degree, diameter, average distance, economical cost and availability.
Abstract: The aim of this paper is to compare the reliability of regular topologies on a backbone network. The study is focused on a large-scale fiberoptic network. Different regular topological solutions as single ring, double ring or 4-Regular grid are applied to the case study, and compared in terms of degree, diameter, average distance, economical cost and availability. Furthermore, other non-quantitative parameters such as expandability, embeddability and algorithmic support are introduced.

1 citations