Projects

Selected projects funded by the Natural Sciences and Engineering Research Council of Canada, the Mathematics of Information Technology and Complex Systems (MITACS), and the European Commission's Research Executive Agency (REA).

PHOENIX

GENERATIVE MODELS AND DEEP REINFORCEMENT LEARNING FOR GEOSPATIAL COMPUTER VISION

Coming soon

FLOOD

SIMULATION AND VISUALIZATION OF FLOOD AND DROUGHT EVENTS IN URBAN AREAS

Project website

ACESO

COMPUTER VISION ALGORITHMS FOR COMPUTER-ASSISTED SURGICAL SYSTEMS

Coming soon

DAEDALUS

MASSIVE-SCALE URBAN RECONSTRUCTION, CLASSIFICATION, AND RENDERING FROM REMOTE SENSOR IMAGERY

Project website

iMARECULTURE

ADVANCED VR, IMMERSIVE SERIOUS GAMES AND AUGMENTED REALITY AS TOOLS TO RAISE AWARENESS AND ACCESS TO EUROPEAN UNDERWATER CULTURAL HERITAGE

Project website

VR CAVE

STATE-OF-THE-ART VR CAVE FACILITY FOR THE ADVANCEMENT OF MULTI-DISCIPLINARY RESEARCH & DEVELOPMENT

Project website

3D UNDERWORLD

RAPID SCANNING AND AUTOMATIC 3D RECONSTRUCTION OF UNDERWATER SITES

Project website

PHOENIX

GENERATIVE MODELS AND DEEP REINFORCEMENT LEARNING FOR GEOSPATIAL COMPUTER VISION

FLOOD

SIMULATION AND VISUALIZATION OF FLOOD AND DROUGHT EVENTS IN URBAN AREAS

ACESO

COMPUTER VISION ALGORITHMS FOR COMPUTER-ASSISTED SURGICAL SYSTEMS

DAEDALUS

MASSIVE-SCALE URBAN RECONSTRUCTION, CLASSIFICATION, AND RENDERING FROM REMOTE SENSOR IMAGERY

iMARECULTURE

ADVANCED VR, IMMERSIVE SERIOUS GAMES AND AUGMENTED REALITY AS TOOLS TO RAISE AWARENESS AND ACCESS TO EUROPEAN UNDERWATER CULTURAL HERITAGE

VR CAVE

STATE-OF-THE-ART VR CAVE FACILITY FOR THE ADVANCEMENT OF MULTI-DISCIPLINARY RESEARCH & DEVELOPMENT

3D UNDERWORLD

RAPID SCANNING AND AUTOMATIC 3D RECONSTRUCTION OF UNDERWATER SITES

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