Monografie
Neuronal dynamics of visual movement processing areas : a fMRI investigation of the connectivity of visual processing areas for motion processing and attention in the human brain
- Sprache
-
Englisch
- Anmerkungen
-
Regensburg, Univ., Diss., 2009
- Identifier
-
1001181123
Thema
Farbensehen; Sehen; Visuelle Wahrnehmung; Auge; Augapfel; Physiologische Optik; Tagessehen; Hochschulschrift
Beteiligte Personen und Organisationen
- URN
- Rechteinformation
-
Der Zugriff auf das Objekt ist unbeschränkt möglich.
- Letzte Aktualisierung
-
26.01.2023, 13:57 MEZ
Objekttyp
- Monografie
Ähnliche Objekte (12)
Perception of visual motion speed in human und monkey
Neuronal basis of perceptual binding processes in visual object coding
Saccade-related activity in the early primate visual cortex
Overt visual attention under natural conditions
Hemodynamic response to oscillatory EEG rhythms in the human visual cortex
Nonlinear recurrent mechanisms for the processing and representation of surface boundaries based on luminance and texture gradients
Modelling primary visual cortex dynamics with a dynamic neural field based on voltage sensitive dyes
Relational strategies for the study of visual object recognition
Saccade adaptation and visual uncertainty
The computation of feature selective responses in the primary visual cortex
Perception of biological motion by form analysis = (Wahrnehmung biologischer Bewegung durch Formanalyse)
In vivo analysis of the neuronal calcium signaling in the developing visual cortex
Perception of visual motion speed in human und monkey
Neuronal basis of perceptual binding processes in visual object coding
Saccade-related activity in the early primate visual cortex
Overt visual attention under natural conditions
Hemodynamic response to oscillatory EEG rhythms in the human visual cortex
Nonlinear recurrent mechanisms for the processing and representation of surface boundaries based on luminance and texture gradients
Modelling primary visual cortex dynamics with a dynamic neural field based on voltage sensitive dyes
Relational strategies for the study of visual object recognition
Saccade adaptation and visual uncertainty
The computation of feature selective responses in the primary visual cortex
Perception of biological motion by form analysis = (Wahrnehmung biologischer Bewegung durch Formanalyse)
In vivo analysis of the neuronal calcium signaling in the developing visual cortex
Perception of visual motion speed in human und monkey
Neuronal basis of perceptual binding processes in visual object coding
Saccade-related activity in the early primate visual cortex
Overt visual attention under natural conditions
Hemodynamic response to oscillatory EEG rhythms in the human visual cortex
Nonlinear recurrent mechanisms for the processing and representation of surface boundaries based on luminance and texture gradients
Modelling primary visual cortex dynamics with a dynamic neural field based on voltage sensitive dyes
Relational strategies for the study of visual object recognition
Saccade adaptation and visual uncertainty
The computation of feature selective responses in the primary visual cortex
Perception of biological motion by form analysis = (Wahrnehmung biologischer Bewegung durch Formanalyse)