… area. In this work, we propose a novel method to compute area preserving mapping between
surfaces. The mapping is diffeomorphic and unique under normalization. Moreover, the …

… that the subcortical connectivity must be preserved, now makes it possible to consider a
multi-stage surgical approach in tumors involving eloquent areas, especially in slowgrowing …

… in brain mapping and computational anatomy that have greatly expanded our ability to analyze
brain … This study introduces brain maps as applied to a variety of research areas in health …

… Brain maps are corollaries to geographical maps. A brief account of mapmaking history
not only provides a description of progress but also defines the disciplines that guide us even …

… The key contribution of this work is the introduction of a novel areapreservation mapping/flattening
algorithm using the optimal transport technique, based on Monge-Brenier theory. The …

… We first develop two hemispherical area-preserving parameterization methods for simply-connected
open and closed surfaces respectively, and then utilize the hemispherical …

… The area distortion may seriously influence the training of deep models, so we … area-preserving
mapping approach. Considering the compatibility with deep learning, we map the brain …

… , brain mapping analysis has focused on the discovery of activation, ie, of extended brain …
Here we propose to ask a more general question of the data: Where in the brain does the …

… Thus, another goal of tumoral surgery, beyond the oncologic considerations and the
preservation of brain functions, is to control medically resistant epilepsy. This is particularly true for …

… within a “static” brain while preserving the crucial structures such as rolandic, Broca's, and
Wernicke's areas. This approach assumes that the brain has a fixed functional organisation …