The neuromechanical models from HBP produce robots with advanced control capabilities, that leverage rapid prototyping technologies and are safe by design.
The Neurorobotics Platform connects spiking neural networks to virtual and real robots. This enables embodiment experiments in both neuroscience and AI.
Virtual mouse brain neuroinformatics technology allows systematic exploration of novel signaling pathways
Personalization of brain network models of epilepsy patients to improve surgery outcome
Methodology for sample preparation of brain
Macroscopic connectivity of the human brain is organized in long and short bundles. We developed algorithmic technologies to map hundreds of bundles in any brain from diffusion MRI. Quantification of the bundle integrity leads to biomarkers.
Spatial normalization is a prerequisite to most usage of brain images in biomarker research. It is performed automatically and is error prone. DISCO uses landmarks based on cortical folding pattern to provide robustness to the process.
DLB is a library devoted to speed up hybrid parallel applications and maximize the utilization of computational resources since 2009.
The Electrophysiology Analysis Toolkit (Elephant) is an open-source library for the analysis of electrophysiological data in the Python programming language.
We develop light-regulated ligands of neuroreceptors that allow manipulating brain waves with illumination, in order to understand their spatiotemporal dynamics at multiple scales
This innovation consists in series of tools to analyze teravoxel-sized images