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September 12, 2019

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September 11, 2019

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Cabral, Dan. “test pub.” Journal Volume, no. 5 (1995): 20.Abstract
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Gallardo, Guillermo. “Groupwise Structural Parcellation of the Whole Cortex: A Logistic Random Effects Model Based Approach.Neuroimage (2017).Abstract

Current theories hold that brain function is highly related to long-range physical connections through axonal bundles, namely extrinsic connectivity. However, obtaining a groupwise cortical parcellation based on extrinsic connectivity remains challenging. Current parcellation methods are computationally expensive; need tuning of several parameters or rely on ad-hoc constraints. Furthermore, none of these methods present a model for the cortical extrinsic connectivity of the cortex. To tackle these problems, we propose a parsimonious model for the extrinsic connectivity and an efficient parceling technique based on clustering of tractograms. Our technique allows the creation of single subject and groupwise parcellations of the whole cortex. The parcellations obtained with our technique are in agreement with structural and functional parcellations in the literature. In particular, the motor and sensory cortex are subdivided in agreement with the human homunculus of Penfield. We illustrate this by comparing our resulting parcels with the motor strip mapping included in the Human Connectome Project data.

Notes
King, Gary. “Method and Apparatus for Selecting Clusterings to Classify a Data Set,” 2016, 9,519,705 B2, Patent and Trademark Office.Abstract

<p>In a computer assisted clustering method, a clustering space is generated from fixed basis partitiions that embed the entire space of all possible clusterings. A lower dimensional clustering space is created from the space of all possible clusterings by isometrically embedding the space of all possible clusterings in a lower dimensional Euclidean space. This lower dimensional space is then sampled based on the number of documents in the corpus. Partitions are then developed based on the samples that tessellate the space. Finally, using clusterings representative of these tessellations, a two-dimensional representation for users to explore is created.</p>

Latino adolescents’ perceived discrimination in online and off-line settings: An examination of cultural risk and protective factors
Umaña-Taylor, A. J., B. Tynes, R. B. Toomey, D.R. Williams, and K. Mitchell. “Latino adolescents’ perceived discrimination in online and off-line settings: An examination of cultural risk and protective factors.” Developmental Psychology 51, no. 1 (2015): 87-100. Publisher's VersionAbstract

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Cabral,Test Title,” 2014.Abstract

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