Mandates
Over 170 mandates funded to date, and further opportunities for researchers
Mandate proposals and writing guide
Download and complete the Mandate submission form
Mandate proposal cut-off dates
February 1st, June 1st and November 1st of each year. Send completed form to the INTER coordinator by email: catherine.page@usherbrooke.ca
Mandate list
180 ActiLLM
LLM-based activity recognition in an intelligent habitat
179C ComPA
Ambulatory Blood Pressure and Stiffness Monitor
179B ComPA
Saving our elders from falls: a question of pressure
179A PreCh
Saving our elders from falls: a question of pressure
178 DAVE
Embedded Audio-Video Device
177 RéadapMS-IA
Precise real-time upper limb rehabilitation with haptic guidance using reinforcement learning
176 Morpho-Avatar
Development of a virtual avatar with real-time morphological adaptation for the induction of motor changes
175 LocomoT-IA
Structuring and use of historical data for the development of intelligent algorithms for locomotor training of users with physical impairments of the lower limbs
174 ParasportViz
Parasport Viz: A feedback application to optimize para-athlete training.
173 OptimPOSTat
Optimizing static posturography
172 OpenArms
Development of an open-source instrumented pediatric orthosis for the elbow and shoulder
171 LIOEG
Development and validation of a knee emulator
170 HEARDD
HEARDD: Hearables for EARly Disease Detection
169 Sim-Age
Human-robot simulation to help the elderly
165 NEARS-LT
NEARS-LT: Co-design of a simplified remote monitoring platform for activities of daily living for the elderly and their families.
164 AVAL-EAR
AVAL-EAR: In-ear technology for a better understanding of salivary flow
163 LOGvs MWC
A virtual platform for over ground manual wheelchair navigation: a controlled ecological approach to exploring wheeled mobility.
162 PhantomEEG
Help from a phantom head to recover brain electrocortical signals
161 BandeFeedbackRespi
Portable breathing strips for data collection and transmission of haptic and visual signals during speech
160 OPTISTIM
Optimizing functional electrical stimulation for personalized rehabilitation
159 RV-colloque
Integrating virtual reality into sensorimotor rehabilitation: learning from the past, acting now and preparing for the future
158 REA PRE
Building the future of precision rehabilitation in Quebec: Integrating interactive technologies, data management and artificial intelligence
157 ActimusFaible
Development of an algorithm for quantifying and scaling very low muscle activity in rehabilitation
156 OMR
Magnetorheological orthoses for upper limb rehabilitation
155 Exoptim
Optimization of a pediatric arm support for personalized assistance
153C NextDynamomètre in progress
Conversion of a pelvic floor dynamometer to a wireless version for measuring muscle function while standing
153B Next Dynamometer
Conversion of a pelvic floor dynamometer to a wireless version for measuring standing muscle function
153A Next Dynamometer
Conversion of a pelvic floor dynamometer to a wireless version for measuring standing muscle function
151 Embodiment technology
Designing technologies to convey embodied experiences of Parkinson’s Disease
150 TinyHomy
Walker with partial body weight support for children aged 2 to 6 years
148B AmaraBiomimetics
Robotic assistance system using residual movements
148A Amara
Robotic assistance system using residual movements
146 UX-RV-pédiatrique
Use of physiological data to improve user experience in immersive virtual reality: pediatric applications
145 Mov-AMP
Validation of the impact of the use of a pneumatic adjustment system on the mobility of transtibial amputees
144 CAPMénage
Consensus to determine the measures of interest relating to the monitoring of mobility in people who have suffered a stroke
143B iVélo-Intel
Prototype 2 Vélo-Intelligent-sensory wheel
