Titlebook: Recent Advances in Multimedia Signal Processing and Communications; Mislav Grgic,Kresimir Delac,Mohammed Ghanbari Book 2009 Springer-Verla

ALOFT

Color in Multimediaareas manufacturers and consumers have been losing interest in conventional grayscale imaging and have been turning instead to its information-richer, color-driven counterpart. An explosive growth in the diversity of image and video processing solutions developed in the past decade has resulted, amo

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Advances in Video Summarization and Skimminge which are demanded in many system applications, such as web multimedia, mobile multimedia, interactive TV, and emerging 3D TV. Video summarization and skimming aims to provide an abstract of a long video for shortening the navigation and browsing the original video. The challenge of video summariz

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Multi-dimensional BPTs for Content Retrievalscription. An image is pre-segmented into a large number of homogenous regions which are subsequently merged according to their similarity with the process documented using a binary partition tree. The trees are derived using multi-dimensional descriptors such as colour, and texture. The correlation

Hectic

Logarithmic r-θ Map for Hybrid Optical Neural Network Filter for Object Recognition within Clutteredmapping of a space-variant imaging sensor with the hybrid optical neural network filter to achieve, with a single pass over the input data, simultaneous invariance to: out-of-plane rotation; in-plane rotation; scale; projection and shift invariance. The resulting filter we call a complex logarithmic

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拍下盗公款

Peristalsis

Super Resolution for Multimedia, Image, and Video Processing Applicationstion of possibly wide range of SR algorithms rather than on detailed description of few ones. The term . is used for naming any technique that exploits the knowledge contained in several low-resolution signals to form a high-resolution one. For example, few frames from a cell-phone video containing

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Flexible Motion Models for Scalable and High Definition Video Codingltimedia system has become possible because of effective signal-processing methods that enable high data compression. Key technology for video compression is motion compensation which is in centre of this chapter. Here, a flexible motion model that is suitable for scalable and high definition video

Entirety

Video Transcoding Techniques provides an overview of the state of the art, where video transcoding is described as a key solution to enable seamless interoperability across diverse multimedia communication systems and services. Then, a detailed analysis of relevant transcoding functions is presented, addressing their implement