CALI', Corrado
CALI', Corrado
NEUROSCIENZE "RITA LEVI MONTALCINI"
A Gaze Detection System for Neuropsychiatric Disorders Remote Diagnosis Support
2023-01-01 Antonio Cangelosi; Gabriele Antola; Alberto Lo Iacono; Alfonso Santamaria; Marinella Clerico; Dena Al-Thani; Marco Agus; Corrado Calì
Adding large em stack support
2016-01-01 Holst G.; Berg S.; Kare K.; Magistretti P.; Cali C.
Barrio: Customizable Spatial Neighborhood Analysis and Comparison for Nanoscale Brain Structures
2022-01-01 Troidl J.; Cali C.; Groller E.; Pfister H.; Hadwiger M.; Beyer J.
Collaborative Image Sharing for the Identification of Deceased and Unidentified Migrants
2024-01-01 Emilio Nuzzolese, Diego Terranova, Rosaria Anna La Malfa, Corrado Calì
Hyperquadrics for Shape Analysis of 3D Nanoscale Reconstructions of Brain Cell Nuclear Envelopes
2018-01-01 Agus, M.; Cali, C.; Morales, A. Tapia; Lehväslaiho, H. O.; Magistretti, P. J.; Gobbetti, E.; Hadwiger, M.
Mixed Reality for Orthopedic Elbow Surgery Training and Operating Room Applications: A Preliminary Analysis
2023-01-01 Antonio Cangelosi; Giacomo Riberi; Massimo Salvi; Filippo Molinari; Paolo Titolo; Marco Agus; Corrado Calì
NeuroVerse: Immersive exploration of 3D ultrastructural brain reconstructions for education and collaborative analysis
In corso di stampa Cali, Corrado; Agus, Marco
Potentialities of the Anatomage Table in Forensic Training and Education Programs
2023-01-01 emilio nuzzolese, corrado calì, giancarlo di vella
Stochastic Spatially-Extended Simulations Predict the Effect of ER Distribution on Astrocytic Microdomain Ca2+ Activity
2021-01-01 Denizot A.; Cali C.; Berry H.; De Schutter E.
Visual Analysis of Glycogen Derived Lactate Absorption in Dense and Sparse Surface Reconstructions of Rodent Brain Structures
2017-01-01 Cali, Corrado; Agus, Marco; Gagnon, Nicholas; Hadwiger, Markus; Magistretti, Pierre J.
Volume Puzzle: visual analysis of segmented volume data with multivariate attributes
2022-01-01 Agus M.; Aboulhassan A.; Al Thelaya K.; Pintore G.; Gobbetti E.; Cali C.; Schneider J.
WISH: Efficient 3D biological shape classification through Willmore flow and Spherical Harmonics decomposition
2020-01-01 Agus M.; Gobbetti E.; Pintore G.; Cali C.; Schneider J.