How are the constituent features of elements within the environment bound together in memory to form integrated or associated representations? A body of research has started to emerge examining this broad question, with important implications for how we experience the world around us. The present summary explores binding and relational processing across a range of contexts, taking a cognitive perspective in focusing on different forms of binding within working memory and relating this to long-term association formation, before considering how the brain might achieve memory binding
The ability to form associations (i.e., binding) is critical for memory formation. Recent studies su...
How does visual working memory (WM) store the binding between different features of a visual object ...
The leit motif of this thesis is that binding of visual features is a process that begins with input...
Binding mechanisms are considered as basic cognitive operations, performing different functions in l...
The aim of this thesis is to lead to a further understanding of the neural mechanisms underlying obj...
This chapter examines the question of how the features or elements (e.g. shape, color, or spatial lo...
Contains fulltext : 135810.pdf (publisher's version ) (Open Access)BACKGROUND: Int...
This review aims at an understanding of the binding process by synthesizing the extant perspectives ...
BACKGROUND: Integration of information streams into a unitary representation is an important task of...
Integration of information streams into a unitary representation is an important task of our cogniti...
International audienceBinding operations carried out in working memory enable the integration of inf...
To identify an object one must identify not only its parts and components, but the ways in which th...
The present study addressed an outstanding issue regarding feature binding in working memory (WM): W...
The role of the hippocampus in binding information in working memory (WM) is little understood. When...
The integration of complex information in working memory, and its effect on capacity, shape the limi...
The ability to form associations (i.e., binding) is critical for memory formation. Recent studies su...
How does visual working memory (WM) store the binding between different features of a visual object ...
The leit motif of this thesis is that binding of visual features is a process that begins with input...
Binding mechanisms are considered as basic cognitive operations, performing different functions in l...
The aim of this thesis is to lead to a further understanding of the neural mechanisms underlying obj...
This chapter examines the question of how the features or elements (e.g. shape, color, or spatial lo...
Contains fulltext : 135810.pdf (publisher's version ) (Open Access)BACKGROUND: Int...
This review aims at an understanding of the binding process by synthesizing the extant perspectives ...
BACKGROUND: Integration of information streams into a unitary representation is an important task of...
Integration of information streams into a unitary representation is an important task of our cogniti...
International audienceBinding operations carried out in working memory enable the integration of inf...
To identify an object one must identify not only its parts and components, but the ways in which th...
The present study addressed an outstanding issue regarding feature binding in working memory (WM): W...
The role of the hippocampus in binding information in working memory (WM) is little understood. When...
The integration of complex information in working memory, and its effect on capacity, shape the limi...
The ability to form associations (i.e., binding) is critical for memory formation. Recent studies su...
How does visual working memory (WM) store the binding between different features of a visual object ...
The leit motif of this thesis is that binding of visual features is a process that begins with input...