Italy
Dept. of Human Physiology
Univ. of Rome “Sapienza”
General Information :
- Location: Rome, Italy
- Personnel:
- 3 professors
- 2 researchers
- 6 PhD students - Equipment: High Resolution EEG facilities with 128 electrodes
- Contact: Prof. Fabio Babiloni
- Email: Fabio.Babiloni@uniroma1.it
The Main Research Lines :
- Study of human cortical activity by using high resolution EEG and realistic head modeling
- Estimation of cortical activity and connectivity during cognitive tasks
- Generation of algorithms and models for multimodal integration of EEG and fMRI
What it is offered to the other NEUROMATH partners :
- Capability to host PhD students and researchers from other laboratories of Neuromath, supported by the STSM
- Capability to process and share high resolution cognitive EEGs
- Capability to estimate connectivity from scalp recording EEG on a quasi-realistic average head model
What we are looking for in the other NEUROMATH partners :
- Different algorithms for the estimation of cortical connectivity to be applied on cortical EEG data already recorded
- Algorithms
for the estimation of deep sources responsible for EEG signals, such as
thalamus, amigdala, hyppocampus, nucleus accumbens, with a degree of
anatomical accuracy
General Information :
- Location: Rome, Italy
- Personnel:
- 1 professor
- 2 researchers
- 2 PhD students
- 3 PostDoc students - Equipment:
- Motion analysis system
- WebCam
- High Resolution Cameras
- Force Platform
- Lab Simulators for sport activities
- Signal acquisition system
- Graphic tablet - Contact: Prof. Tommaso D’Alessio
- Email: dalessio@uniroma3.it
The Main Research Lines :
- Human movement analysis
- Motor control
- Human Machine Interaction
- Wearable sensors
What it is offered to the other NEUROMATH partners :
- Capability to host PhD students and researchers from other laboratories of Neuromath
- Processing algorithms for signal and image analysis
- Design of sensors and devices for human machine interaction
- Development of computational model for physiologic mechanisms interpretation
What we are looking for in the other NEUROMATH partners :
- Collaboration for human machine interaction project
- Collaboration for markerless human movement analysis
- Body area networks design for patient monitoring in domestic environment
- Design of Clinical protocols for neurorehabilitation
Dept. of Electronics, Computer Science and Systems
Univ. of Bologna
Univ. of Bologna
General Information :
- Location: Bologna/Cesena, Italy
- Personnel:
- 1 professor
- 1 researcher
- 2 PhD students - Equipment:
- several 4-core computers
- software programs for neural network simulations - Contact: Prof. Mauro Ursino
- Email: mauro.ursino@unibo.it
The Main Research Lines :
- Study of binding, segmentation, and object recognition, using synchronization among neural oscillators (γ-range)
- Simulation of EEG rhythms generation and cortical connectivity during simple tasks using neural mass models
- Analysis of multisensory integration and formation of a peripersonal space using interpretative neural models
What it is offered to the other NEUROMATH partners :
- Capability to host PhD students and researchers from other laboratories of Neuromath, supported by the STSM
- Capability to build complex neural models of motor/cognitive processes
- Capability to simulate complex neural models with synaptic plasticity and analyze the results
What we are looking for in the other NEUROMATH partners :
- Experimental data on cognitive problems, which may benefit from analysis/simulations via computational models
- Deep, updated knowledge on physiology, anatomy, psychophysics, in specific cognitive neuroscience problems (such as object recognition, multisensory integration, EEG rhythms generation)
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