| Order |
Research Group |
Name |
Title |
| 1 |
GPI |
Adrià Arbués Sangüesa |
Identifying Basketball Plays from Sensor Data; towards a Low-Cost Automatic Extraction of Advanced Statistics |
| 2 |
TALN |
Ahmed Ghassan Tawfiq AbuRa'ed |
Identifying Implicit Citations in Scientific Papers |
| 3 |
TALN |
Alex Peiró Lilja |
Paragraph Prosodic Patterns to Enhance Text-to-Speech Naturalness |
| 4 |
CBC |
Alexandre Celma-Miralles |
Musical Training and Attention in Meter Induction from Spatial Cues |
| 5 |
SIMBIOsys |
Alfredo Higueras-Esteban |
SYLVIUS: Planning tool for deep electrode implantation in drug-resistant epilepsy patients |
| 6 |
TALN |
Alp Oktem |
Generating punctuation in Transcribed Speech: Combining lexical and prosodic features using parallel recurrent neural networks |
| 7 |
SIMBIOsys / BCN MedTech |
Amelia Jiménez Sánchez |
Machine learning from fetal flow waveforms to predict adverse perinatal outcomes. |
| 8 |
QMUL |
An Liang |
Garment integrated smart textile sensor design for body movement |
| 9 |
SIMBIOsys / BCN MedTech |
Andrea Urru |
Intensity-based registration for studying cells allocation in zebrafish hindbrain |
| 10 |
MTG |
Andrés Pérez López |
AmbiScaper: a tool for automatic generation and annotation of reverberant Ambisonics audio |
| 11 |
QMUL |
Anel Kudebayeva |
Towards Learnable Programming |
| 12 |
MTG |
Angel David Blanco Casares |
Effects of feedback on tuning accuracy of violin players |
| 13 |
CMTECH / SIMBIOsys |
Araceli Morales |
3D reconstruction from 2D images |
| 14 |
CMTECH / MTG |
Batuhan Sayis |
Computational Modeling of Psycho-physiological Effect and User Activity in Full-Body Interaction Environments for Special Needs:Collaborative Virtual Environments for Intervention on Social Initiation in Children with Autism |
| 15 |
GTI |
Beatriz Cabrero Daniel |
A Synthetic Approach to Learning in Crowd Simulation |
| 16 |
QMUL |
Beici Liang |
Multimodal Analysis of Piano Pedalling Techniques |
| 17 |
QMUL |
Betül Aksu |
Exploring Audience Reading Behaviour through Interactive Public Displays |
| 18 |
MTG |
Blai Meléndez Catalán |
BAT: An open-source, web-based audio events annotation tool |
| 19 |
TALN |
Carla Ten Ventura |
Predicting non-verbal behaviors in Embodied Conversational Agents |
| 20 |
NTSA |
Cristina Gonzalez Martinez |
Using nonlinear signal analysis to assess the role of synchronization in epilepsy and sleep. |
| 21 |
MTG |
David Cabrera Dalmazzo |
Air Violin: A Machine Learning Approach to Fingering Gesture Recognition |
| 22 |
CMTECH |
Decky Aspandi Latif |
Fully end to end reccurent-convolutional model to track the face in the wild |
| 23 |
CMTECH |
Dmytro Derkach |
Head pose estimation using tensor decomposition and non-linear manifold modeling |
| 24 |
CBC |
Edina Bulatovic-Hajnal |
Are novel signs as good labels as words for toddlers? |
| 25 |
AI&ML |
Edmond Geraud Aguilar |
Interactive Machine Learning in Online Professional Networks |
| 26 |
MTG |
Eduardo Fonseca |
Acoustic Scene Classification by Ensembling Gradient Boosting Machine and Convolutional Neural Networks |
| 27 |
SIMBIOsys / BERG |
Enric Perera Bel |
Planning of focal tumor ablation using irreversible electroporation |
| 28 |
Physense |
Èric Lluch |
Verification of Smoothed Particle Hydrodynamics cardiac mechanics on left ventricle synthetic data |
| 29 |
MTG / MML |
Fabio Jose Muneratti Ortega |
Machine Learning Modeling of Expression for Violin Performance Teaching |
| 30 |
Physense |
Gabriel Bernardino |
Statistical Shape Analysis in Cardiac |
| 31 |
SIMBIOsys |
Gerard Martí Juan |
Dynamic ensemble of classifiers for Alzheimer's disease progression characterization. |
| 32 |
QMUL |
Giacomo Lepri |
Where does your instrument come from? |
| 33 |
TALN |
Giorgia Cistola |
"Text-to-Speech adaptation for people with aphasia." |
| 34 |
NTSA |
Giulia Ruzzene |
Controlling chimera states in networks of phase oscillators |
| 35 |
PhySense |
Guillermo Jimenez-Perez |
Automatic VT Foci Identification from Machine Learning Applied to ECG Data |
| 36 |
SIMBIOsys |
Irem Cetin |
A Radiomics Approach to Computer-Aided Diagnosis with Cardiac Cine-MRI |
| 37 |
IP4EC |
Itziar Zabaleta Razquin |
Style transfer |
| 38 |
AI&ML |
Iuliia Olkhovskaia |
Sequential influence maximization in the stochastic block model |
| 39 |
ITC |
Ivano Colombaro |
A bivectorial representation of Maxwell’s Equations |
| 40 |
AI&ML |
Joan Bas Serrano |
Efficient Large Scale Reinforcement Learning |
| 41 |
QMUL |
Jon Pigrem |
Datascaping: Data Sonification as a Narrative Device in Soundscape Composition |
| 42 |
SIMBIOsys |
Jordina Torrents Barrena |
Surgical planning system for twin-to-twin transfusion syndrome fetal surgery |
| 43 |
WNG |
Konstantinos Dovelos |
Breaking the Interference Barrier of Dense Wireless Networks with Interference Alignment |
| 44 |
SIMBIOsys / BCN MedTech |
Laura Baumgartner |
Combining systems biology and multiphysics computational models to explore the emergence of mechanical microtrauma in the intervertebral disc |
| 45 |
QMUL |
Liang Men |
LeMo: Exploring Collaborative Music Making in Virtual Reality |
| 46 |
TIDE |
Marc Beardsley |
Towards aligning teaching practice with the science of learning through technology-supported learning design |
| 47 |
SPECS |
Maria Blancas |
Metacognitive differences between gender and their effect on learning |
| 48 |
WRG |
Maria Rauschenberger |
Towards the prediction of Dyslexia by a Web-based Game |
| 49 |
Physense |
Mariana Nogueira |
Analysis of Nonstandardized Stress Echo Sequences Using Multiview Dimensionality Reduction |
| 50 |
MTG |
Minz Won |
Towards an efficient rhythmic pattern recognition with convolutional neural networks |
| 51 |
MTG / GPI |
Olga Slizovskaia |
Interpretability of Audio-Visual CNNs for Multimodal Music Instrument Recognition |
| 52 |
TALN |
Pablo Accuosto |
Mining arguments in scientific manuscripts and peer reviews |
| 53 |
GPI |
Patricia Vitoria Carrera |
Spatio-temporal tube segmentation through a video metrics-based
patch similarity measure |
| 54 |
MTG |
Pritish Chandna |
Vocal Synthesis From A Polyphonic Mixture |
| 55 |
WiCom |
Rasoul Nikbakht |
Joint power map reconstruction using structured SVM |
| 56 |
QMUL |
Rémi de Fleurian |
Predicting pleasurable moments in music |
| 57 |
TIDE |
Román Calvo |
Technology ecosystem for workplace integrated learning |
| 58 |
Physense |
Rubén Doste |
Prediction of the site of origin in outflow tract ventricular arrhythmias with electrophysiological simulations |
| 59 |
WNG |
Sergio Barrachina Muñoz |
Performance Analysis of Dynamic Channel Bonding in Spatially Distributed High Density WLANs |
| 60 |
SPECS |
Sock Ching Low |
Predictive coding gives us blinkers |
| 61 |
NeTS |
Thays Aparecida de Oliveira |
Citizens and Digital Cities: an essay on their relationship |
| 62 |
MTG |
Xavier Favory |
Freesound Datasets: A Platform for the Creation of Open Audio Datasets |
| 63 |
SIMBIOsys |
Xavier Rafael-Palou |
Identification, characterization and change detection of lung nodules in CT-scans |
