Atlas como Asunto; Cabeza/anatomía & histología; Tomografía Óptica/métodos; Adulto; Algoritmos; Artefactos; Encéfalo/irrigación sanguínea; Encéfalo/fisiología; Circulación Cerebrovascular/fisiología; Simulación por Computador; Interpretación Estadística de Datos; Dedos/fisiología; Humanos; Procesamiento de Imagen Asistido por Computador/métodos; Modelos Lineales; Masculino; Modelos Neurológicos; Destreza Motora; Dinámicas no Lineales; Desempeño Psicomotor/fisiología; Mecánica Respiratoria/fisiología; Tomografía Óptica/estadística & datos numéricos; Adulto Joven

3D; Anatomical atlas of human head; BOLD; Con-DOT; DC; DC-DOT; DCA; DOT; Depth compensation; Diffuse optical tomography; FEM; GLM; General linear model; HRF; Hb; HbO(2); MNI; MRI; Montreal Neurological Institute coordinates; NIRFAST; NIRS; NIRS-SPM; Near infrared spectroscopy; OD; SCF; SNR; SPM; SVR; SVR-DOT; Superficial artifacts; a FEM-based MATLAB package for modeling propagation of near infrared light in biological tissues; a SPM-based software package for functional NIRS data analysis; absorption coefficient; apply spatially variant regularization to regular DOT reconstruction; blood oxygen level dependent; conventional DOT without any spatially variant regularization or depth compensation; deoxy-hemoglobin concentration; depth compensation; depth-compensated DOT; depth-compensated algorithm; diffuse optical tomography; fMRI; finite element mesh; functional magnetic resonance imaging; general linear model; hemodynamic response function; magnetic resonance imaging; n; near infrared spectroscopy; optical density; oxy-hemoglobin concentration; reduced scattering coefficient; refractive index; sensitivity correction factor; signal-to-noise ratio; spatially variant regularization; statistical parametric mapping; three-dimensional; µ(a); µ(s)'