Results 281 to 290 of about 247,475 (296)
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Function Space Topologies for Connectivity and Semi-Connectivity Functions
Canadian Mathematical Bulletin, 1966Let X and Y be topological spaces. If Y is a uniform space then one of the most useful function space topologies for the class of continuous functions on X to Y (denoted by C) is the topology of uniform convergence. The reason for this usefulness is the fact that in this topology C is closed in YX (see Theorem 9, page 227 in [2]) and consequently, if Y
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tDCS and Functional Connectivity
2021Transcranial direct current stimulation (tDCS) is a noninvasive brain stimulation technique that modulates the cortical excitability of the human brain by applying weak direct currents on the scalp through both anodal and cathodal electrodes. However, the mechanisms of tDCS action are not yet fully understood.
Yuki Mizutani-Tiebel+4 more
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Capillary Function in Connective Tissue
Scandinavian Journal of Rheumatology, 1963(1980). Capillary Function in Connective Tissue. Scandinavian Journal of Rheumatology: Vol. 9, No. 1, pp. 3-9.
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Functional connectivity and neurological recovery
Developmental Psychobiology, 2010AbstractModern theories of brain function emphasize the importance of distributed functional networks and synchronized activity within and between networks in mediating cognitive functions. This view highlights the importance of considering brain‐behavior relationships after focsal lesions not only as the result of local structural damage but also as a
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Structure, Functions, and Connections [PDF]
The hippocampus bulges into the temporal horn of the lateral ventricle, and its general appearance does indeed resemble a sea horse. It is arched around the mesencephalon and divided into three segments: A body, or middle segment, which is sagittally oriented A head, or anterior segment, which is transversely oriented and which shows ...
Françoise Cattin+2 more
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Connectivity of Function Spaces
Canadian Journal of Mathematics, 1971Given two spaces X and Y with Y either an AE (metrizable) or ANE (metrizable), little is known with regard to when the function space (Yx, τ), for some topology τ, is an AE (metrizable) or ANE (metrizable) except when very strong separation properties are imposed on X and Y (see [5, pp. 186-189]).
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Functional Connectivity and Magnetoencephalography
2016This century is about brain. Not surprisingly, two megaprojects, the “Brain Activity Map Project” (USA) and the “Human Brain Project” (EU) with a total budget over a few billions euros, have been initiated across the Atlantic and mobilized many of the best and most renowned neuroscientists. They both aims to answer open questions for Neuroscience, such
R. Bajo+4 more
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Canadian Mathematical Bulletin, 1973
Recall that a function f:X→ Yis called connected if f(C) is connected for each connected subset C of X. These functions have been extensively studied. (See Sanderson [6].) A function f:X → Y is monotone if for each y ∊ Y, f-1(y) is connected. We shall use the techniques of multivalued functions to prove that if f: X→ Y is open and monotone onto Y, then
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Recall that a function f:X→ Yis called connected if f(C) is connected for each connected subset C of X. These functions have been extensively studied. (See Sanderson [6].) A function f:X → Y is monotone if for each y ∊ Y, f-1(y) is connected. We shall use the techniques of multivalued functions to prove that if f: X→ Y is open and monotone onto Y, then
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Functional Connectivity in Dementia
2018Novel structural and functional techniques have allowed in vivo analysis of large, distributed brain networks. Probing the systems or network level has been of particular interest in the field of neurodegenerative disease as it has become increasingly clear that degenerative diseases target large-scale brain networks. Task-free functional MRI (TF-fMRI)
David T.W. Jones, Hugo Botha
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