Monday 11 December | 18:00 – 20:00 | La Ruche – Mezzanine
- 1. W. Ciężobka– Intra- and inter-hemispheric effective connectivity and automatic classification of ischemic stroke using reservoir computing causality
- 2. C. Vitrac – Interplay and significance of interhemispheric and intrahemispheric reorganization of motor recovery after stroke
- 3. V. Sharma – Exploring the Frequency-Mediated Dynamic Repertoire of Brain Activity Following Stroke
- 4. M. Bevilacqua–Enhancing motion discrimination in the blind visual field of stroke patients through Hebbian plasticity depends on the residual structural and functional integrity of the cortical motion pathway.
- 5. M. Pelosin – Patients’ lesion and rehab, atlas-based disconnectome analysis
- 6. R. Jones – Boosting and mapping rTMS-induced plasticity for stroke rehabilitation
- 7. F. Windel –Unravelling the underlying networks of post-stroke fatigue: from connectivity analyses to non-invasive deep brain stimulation intervention
- 8. R. Binyamin-Netser – Neurotechnology-based intensive upper-extremity supplementary training for inpatients with sub-acute stroke: A Feasibility Study
- 9. E. Ojardias – Combining aerobic exercise and tDCS for post-stroke hemiparetic patients to improve gait performance. The ESTIMAH feasibility study
- 10. C. Farcy – Neural mechanisms underlying improved new-word learning with high-density transcranial direct current stimulation
- 11. J. Lippert – Impact of comorbid sleep-disordered breathing and atrial fibrillation on the long-term outcome after ischemic stroke
- 12. S. Konik – Characterise disturbances in the perception of the affected upper limb following stroke with the new Affected Limb Perception Questionnaire (ALPQ)
- 13. I. Martinelli– A quantitative, digital method for Human Figure Drawings analysis to reveal distortions in body perception after stroke
- 14. L. Catinari–Identifying Attention Deficits in Brain Injured Patients via Eye-Tracking within Immersive VR Cognitive Assessment Battery
- 15. B. Favre-Bulle – Efficacy of a new virtual reality-based serious game for the rehabilitation of unilateral neglect in patients with acquired brain injury
- 16. Z. Rotach – Exploring attention recovery and cerebral modulation following a new virtual-reality training in patients with stroke
- 17. D. Zeugin – Analyzing Attentional Deficits and Spatial Neglect Through Reinforcement Learning and Deep Neural Networks