Poth, Christian H.: Episodic visual cognition: Implications for object and short-term recognition. 2017
Inhalt
- Acknowledgments
- Summary
- Dissertation synopsis
- Introduction
- Visual cognition: A cornerstone of human goal-directed behavior
- Functions and mechanisms of visual cognition
- Two central functions of visual cognition: Object recognition and short-term recognition
- Distinct visual processing episodes in object and short-term recognition
- Visual processing episodes as challenges for object and short-term recognition
- The present dissertation
- Theoretical background: Mechanisms for visual cognition within and across visual processing episodes
- Visual attention and working memory
- Visual attention and working memory across visual processing episodes
- Object recognition across visual processing episodes
- Object correspondence linking the visual processing episodes of successive eye fixations
- Object correspondence for object recognition based on multiple object features
- Object correspondence based on attentional weights and predictive remapping of receptive fields
- Attentional competition for object recognition across the visual processing episodes of successive eye fixations
- Short-term recognition across visual processing episodes
- Short-term recognition requires encoding into visual working memory in previous processing episodes
- Priority in visual working memory impacts on distinct components of short-term recognition
- Episodic visual cognition: Discussion and outlook
- Mechanisms of episodic visual cognition for object and short-term recognition
- Open questions of episodic visual cognition
- Is episodicness a principle of visual cognition?
- References
- Original studies
- Study 1: Breaking object correspondence across saccadic eye movements deteriorates object recognition
- Study 2: Breaking object correspondence across saccades impairs object recognition: The role of color and luminance
- Study 3: Attentional competition across saccadic eye movements
- Study 4: Episodic short-term recognition requires encoding into visual working memory: Evidence from probe recognition after letter report
- Study 5: Prioritization in visual working memory enhances memory-retention and speeds up processing in a comparison task