ISBN: 9780128095058

Perception of Pixelated Images covers the increasing use of these images in everyday life as communication, socialization, and commerce increasingly rely on technology. The literature in … More...

Perception of Pixelated Images covers the increasing use of these images in everyday life as communication, socialization, and commerce increasingly rely on technology. The literature in this book is dispersed across a wide group of disciplines, from perception and psychology to neuroscience, computer science, engineering, and consumer science.The book summarizes the research to date, answering such questions as, What are the spatial and temporal limits of perceptual discrimination of pixelated images?, What are the optimal conditions for maximizing information extracted from pixelated images?, and How does the method of pixelation compromise or assist perception? Integrates research from psychology, neuroscience, computer science, and engineering Explains how the process of perception works for pixelated images Identifies what assists and hinders perception, including the method of pixelation Discusses the limits of perception of pixelated images Academic Press Neuroscience (w)holistic processing; Accuracy; Applications of pixelation; Bell Laboratories; Block mosaic; Block portrait; Blocking transform; Coarse scale; Coarse-scale dominance; Coarse-scale perception; Coarse-to-fine processing; Component processing; Composite image; Compression; Configural distortion theory; Configuration; Configuration distortion; Contrast; Critical spatial-frequency band; Defocusing; Discrimination; Distortion; Electroencephalography (EEG); Elements vs wholes; Event-related potential (ERP); Face familiarity; Filtering; Filtering masking cues; Filtering theory; Fine scale; Form perception; Fourier anlysis; Gaussian filter; Global level; Hierarchical organization; High spatial frequency; Illuminance; Image dimensions; Images; Level of pixelation; Local features; Local level; Low spaial frequency; Mask; Masking; Masking theory; Microgenesis; Modulation transfer function; Mosaic transform; Mosaics; N170; Neuron; Nonphotorealistic rendering (NPR); Object recognition; P300; Parameter; Perception; Perceptual fusion; Pixel-art; Pixelated image; Pixelation; Pixelation level; Pixels; Point light sources; Prediction; Processing stages; Quality metrics; Receptive field; Resolution; SF filter; Sampling; Sine wave grating; Slanting; Spatial (de)correlation; Spatial frequency; Spatial frequency processing; Spatial quantization; Spatial scale; Spatial-frequency filtering; Stimulus equivalence; Task-dependency; Temporal undersampling; Tessellation; Tiles; Time-course of perception; Visual categorization; Visual channels; Visual noise 9780128093115 DE,GB,ES,IT,FR English Biological Sciences, Elsevier Science<

ISBN: 9780128095058

Academic Press Cognitive Neuroscience & Neuropsychology (w)holistic processing; Accuracy; Applications of pixelation; Bell Laboratories; Block mosaic; Block portrait; Blocking transform; … More...

Academic Press Cognitive Neuroscience & Neuropsychology (w)holistic processing; Accuracy; Applications of pixelation; Bell Laboratories; Block mosaic; Block portrait; Blocking transform; Coarse scale; Coarse-scale dominance; Coarse-scale perception; Coarse-to-fine processing; Component processing; Composite image; Compression; Configural distortion theory; Configuration; Configuration distortion; Contrast; Critical spatial-frequency band; Defocusing; Discrimination; Distortion; Electroencephalography (EEG); Elements vs wholes; Event-related potential (ERP); Face familiarity; Filtering; Filtering masking cues; Filtering theory; Fine scale; Form perception; Fourier anlysis; Gaussian filter; Global level; Hierarchical organization; High spatial frequency; Illuminance; Image dimensions; Images; Level of pixelation; Local features; Local level; Low spaial frequency; Mask; Masking; Masking theory; Microgenesis; Modulation transfer function; Mosaic transform; Mosaics; N170; Neuron; Nonphotorealistic rendering (NPR); Object recognition; P300; Parameter; Perception; Perceptual fusion; Pixel-art; Pixelated image; Pixelation; Pixelation level; Pixels; Point light sources; Prediction; Processing stages; Quality metrics; Receptive field; Resolution; SF filter; Sampling; Sine wave grating; Slanting; Spatial (de)correlation; Spatial frequency; Spatial frequency processing; Spatial quantization; Spatial scale; Spatial-frequency filtering; Stimulus equivalence; Task-dependency; Temporal undersampling; Tessellation; Tiles; Time-course of perception; Visual categorization; Visual channels; Visual noise ,9780128093115 UK,GB,DE,ES,FR,IT,US,CA,MX,AU,NZ 20160121 English Psychology, Elsevier Science<

ISBN: 9780128095058

Perception of Pixelated Images covers the increasing use of these images in everyday life as communication, socialization, and commerce increasingly rely on technology. The literature in … More...

Perception of Pixelated Images covers the increasing use of these images in everyday life as communication, socialization, and commerce increasingly rely on technology. The literature in this book is dispersed across a wide group of disci Perception of Pixelated Images covers the increasing use of these images in everyday life as communication, socialization, and commerce increasingly rely on technology. The literature in this book is dispersed across a wide group of disci Business & Industrial > Science & Laboratory, Academic Press<

ISBN: 9780128095058

Perception of Pixelated Images: ab 42.99 € eBooks > Fachthemen & Wissenschaft > Wissenschaften allgemein Elsevier Science & Techn., Elsevier Science & Techn.

2016, ISBN: 9780128095058

eBooks, eBook Download (EPUB,PDF), Auflage, [PU: Elsevier Science], [ED: 1], Elsevier Science, 2016