Exploratory Projects 2013–2017

There are two types of exploratory projects: projects lasting one and a half years and funded up to 10,000 euros, and projects lasting two and a half years and funded up to 20,000 euros.

Exploratory Projects 2017–2018

• Capturing and Analyzing User Emotions in Augmented Reality Applications (persEmo)
• Modeling the Development of Handwriting in Children and Early Detection of Children with Dysgraphia (^MSE3)
• Extraction and Validation of Tweets Over Time and Space: Application to the Healthcare Sector (TrueTweets)
• Signal processing for improved recording
• Graph Sampling with Determinantal Point Processes (GSDet)
• Modeling and Simulation of Settling in a Dense Medium: Application to a Secondary Settling Tank in a Wastewater Treatment Plant (MODSIM-DENSE)
• Modeling and Simulation of Complex Networks with Simultaneous Discrete Evolution (MeRCEDeS)
• Duality in Image Reconstruction from Integrals over Lines and Circles (DIRILC)

Exploratory Projects 2016–2017

• Causal feature selection for machine learning-based testing of analog, mixed-signal, and RF systems (CAFE & Test)
• Advanced Modeling for Reliability and Maintenance Evaluation (AMORE)
• Cancer and Population Dynamics (CanDyPop)
• Star fruit
• Statistical Mechanics of Quantum Walks ( MeStaMaQ)
• Efficient Algorithms for Semidefinite Programming in Stochastic Optimization (AEPS)
• Automated Porting of Device Drivers (APD2)
• Eye Movements - Sensory Substitution - Virtual Immersion Sensory substitution devices: spatial immersion in a virtual world and utilization of eye movements (MYSSIV)
• Dealing with the non-stationarity of extremes (STAREX)
• Differential Equations: Theoretical and Numerical Aspects (EDATE)
• A Linear Parameter Varying Approach for Fault-Tolerant Control Design (LPV4FTC)
• Identifying and Understanding the Difference between Natural Images and Computer-Generated Images (IDIG)

Exploratory Projects 2015–2016

• Control Techniques for Autonomous Smart Environments (CASE)
• Certified Configurable Real-Time Components (CTRC)

Exploratory Projects 2014–2015

• Set Theory and Algorithms for Dynamical Systems
• Cryptographic Accelerator for Cloud Computing (CRACL)
• Localization Techniques for Pedestrian Navigation Based on Inertial Measurements in Indoor Environments (LOCATE-ME)
• Modeling and Statistical Analysis of Experimental Data in the Fields of Speech and Cognition (Phon&Stat)
• CYBER-PHYSICAL AUTHORING SYSTEM (Remote Creativity Environment) (CYPASS)
• Similarities Between Physical and Digital Pointing in Light of Sensory-Motor Transfer
• Distributed Approach for Cross-Layer Resource Allocation in Wireless Sensor Networks (DACRAW)
• Mining educational data to analyze learning and teaching methods: the case of medicine (Med_L&T_med)
• Expressive interactive figurines for narrative design

Exploratory Projects 2013–2014

• Macroscopic Simulation of Fibrous Materials (MASSIF)
• "Musical Modeling" for Real-Time Interaction (TONNETZ)
• Exploring Geomatics Tools for the Processing and Analysis of Geolinguistic Data: Application to Dialectology (Geo-dialect)
• Combinatorial Optimization on Accelerators (COA)
• Critical Embedded Systems on Multiprocessor Architectures: Towards a Certifiable Hardware/Software Solution (CESyMPA)
• Development of a mobile platform designed to assist in monitoring a group of vulnerable individuals (ATTENTIVE)
• Control Techniques for Autonomous, Adaptive, and Reconfigurable Computing Systems (STAARS)
• Simulation of vortex dynamics in flows at moderate Reynolds numbers (SimVort)

Exploratory Projects 2013–2015

• Event-Driven Monitoring and Sampling (EDMS)
• Instrumented Physiological Tangibility: A Scalable Mixed-Method Tool for Artifact Design (TAPIOCA)
• Inverse Problems and Applications
• Algorithmic Methods for Analyzing Complex and Large-Scale Data (Persyvact)