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Probabilistic and Biologically Inspired Feature Representations (Synthesis Lectures on Computer Vision) by Michael Felsberg, Gerard Medioni (editor), Sven Dickinson (editor) is a nonfiction available to read on EtoBox.

What is Probabilistic and Biologically Inspired Feature Representations (Synthesis Lectures on Computer Vision) about?

Under the title " Probabilistic and Biologically Inspired Feature Representations ," this text collects a substantial amount of work on the topic of channel representations. Channel representations are a biologically motivated, wavelet-like approach to visual feature descriptors: they are local and compact, they form a computational framework, and the represented information can be reconstructed. The first property is shared with many histogram- and signature-based descriptors, the latter property with the related concept of population codes. In their unique combination of properties, channel representations become a visual Swiss army knifethey can be used for image enhancement, visual object tracking, as 2D and 3D descriptors, and for pose estimation. In the chapters of this text, the framework of channel representations will be introduced and its attributes will be elaborated, as well as further insight into its probabilistic modeling and algorithmic implementation will be given. Channel representations are a useful toolbox to represent visual information for machine learning, as they establish a generic way to compute popular descriptors such as HOG, SIFT, and SHOT. Even in an

Who reads Probabilistic and Biologically Inspired Feature Representations (Synthesis Lectures on Computer Vision)?

Author

Michael Felsberg, Gerard Medioni (editor), Sven Dickinson (editor)

Publisher

Morgan & Claypool Publishers

Published

2018

Language

EN

ISBN

9781681730240

Category

nonfiction

Subjects

Engineering, Computer Science, Stem