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    About

    About

    The Laboratory of Computer Graphics and Virtual Environments (CG&VE) is equipped not only to face new Challenges in areas such as Immersive Environments, Digital Games and User Experience, but also to broaden the knowledge in Computer Graphics, in areas such as Image Rendering and Visualisation.

    The research team is composed of approximately 20 PhD senior researchers and also post-doc and PhD candidate research fellows who conduct their research at CSIG.

    Initially created in Porto in 1985, the Laboratory of Computer Graphics and Virtual Environments has nowadays a new state-of-the-art laboratory in Vila Real ‑ the MASSIVE (Multimodal Acknowledgeable multiSenSory Immersive Virtual Environments) Laboratory.

    Location: FEUP Campus, Porto, and UTAD Campus, Vila Real

    Website

    Research Areas

    Research Areas

    The research areas addressed by the laboratory are:

    • Multisensory Virtual Environments
    • Perceptual equivalence & human performance
    • Design and development of Digital Games
    • Technology-Enhanced Learning and Game-Based Learning
    • E-learning platforms and systems
    • Procedural Modelling and Procedural Content Generation
    • Multimodal Interaction, Usability and User Experience
    • Image Rendering and Physically Based Light Transport Simulation
    • Computer Generated Holography
    • Geospatial Systems and spatio-temporal databases & visualisation
    • GPGPU and parallel processing
    Equipment

    Equipment

    • Multisensory Experimental Room: provided with a tracking system, acoustic treatment, proper ventilation and climatisation to handle temperature and odour delivery; can be configured to support a controlled environment for psychophysical research.
    • Immersive visualisation in VR (3D or 2D): Projection systems, HDR screens, HMDs and Oculus EyeTracker.
    • Equipment for olfactory stimulation in VR: Butanol Sensitive Kit, Scentroid SM-100, Vacuum Chamber.
    • Equipment for Multimodal Interaction: Microsoft Kinect v. 2.0, Myo Gesture Control Armband, Leap Motion hand tracking.
    • Equipment for Augmented Reality: Google Glass.
    • Tracking and measurement of psychophysiological signals: Optitrack, SMI eye tracking (Monitor), SMI eye tracking glasses (SMI-ETG) for smart recorder, Emotiv Epoc+ Premium, Nexus X, Emotif, VitalJacket.
    • Exploration in VR: Omnidirectional treadmill and a Virtusphere.
    • 3D  Printing: BQ 3D Printer.
    Centres and Stakeholders

    INESC TEC

    HumanISE
    CentreHuman-Centered Computing and Information Science

    Stakeholders

    FEUP
    UniversityFaculty of Engineering of the University of Porto
    UTAD
    UniversityUniversity of Trás-os-Montes and Alto Douro
    012

    Projects

    Urbis

    Efficient management and visualization of spatiotemporal urban data

    2008-2010

    PortalDouro

    Tourism portal for the Douro region

    2009-2011

    ERAS

    Expedite Virtual Reconstruction of Cultural Heritage Sites

    2011-2013

    CNG

    New Generation Contents for Education and Vocational Training

    2011-2014

    ECOPLANNER

    Eco-efficient management platform

    2011-2013

    MASSIVE

    Multimodal Acknowledgeable multiSenSorial Immersive Virtual Enviroments

    2013-2015

    HDR4RTT

    Real time Tracking and display of multiple objects in extreme lighting conditions

    2016-2020

    AV360-DNI

    AV360 - Augmented Video 360

    2017-2018

    Mobiles

    Sustainable electric mobility - Solutions for the logistics associated with electric vehicle battery charging

    2009-2012

    MAT

    Media Arts and Technology

    2013-2015

    GReSBAS

    Grid Responsive Society Through Building Automation Systems

    2016-2019

    ICARUS-CRAS

    Integrated Components for Assisted Rescue and Unmanned Search operations

    2012-2016

    Prototypes

    PROTOTYPES DEVELOPED AT COMPUTER GRAPHICS AND VIRTUAL ENVIRONMENTS LABORATORY

    Coffee at the bar

    This prototype combines 360º 3D video with 3D sound and smell. The demo consisted of transporting the users to a coffee shop and immersing them in the experience by introducing the smell of coffee. More details on this prototype can be found on DR9[WU1].

    Car Ride Demo

    This demo was developed to validate the integration of haptic stimulation and consisted of simulating the bumps felt by the passengers during a car ride. The demo gives the visual and audio stimuli as felt during a car ride. These were captured using a video camera and the bumps were simulated through a vibration equipment synced with the video that was installed on a chair where the user is sitting during the demo.

    Virtual Bike

    This demo consists of an interactive virtual environment where participants were on a trail riding a bicycle down a hill. A stationary bike was used where the user could sit and participate in the virtual experience.

    Heat observation and adaption exercise

    The exercise was developed in order to be used on a preliminary case study and it  was also valuable to evaluate and validate the authoring tools. This prototype simulates the training of firefighters, helping to observe the fire and heat behaviour in closed spaces, and works as a first contact with the high temperatures that are felt in closed spaces with an active fire. The simulation consists of having the users in a closed container where it is possible to visually watch some fire behaviours. The heat is also an important variable and it is stimulated through a temperature vest. More details on this prototype can be found on DR8[WU2].

    Search and rescue simulation

    This prototype was built based on actual firefighter drills. The simulation features a container that simulates a closed space where the user must to enter and find  a person laying down on the ground. The user has to overcome through a set of obstacles, locate the victim and extract them from the closed space.

    ARTourMap

    Tourist map exploration through Augmented Reality. This is a mobile application that  features city and location-based information augmented reality overlay on top of the official city map, and automatic Points of Interest (POI), as well as building data extracted from freely available web-sources. Proof-of-concept city of Porto and FEUP map using 3D generated map prototype.[WU3]

    InMERSE framework

    Framework for multimodal gestural input. This framework can be used to develop applications that are independent from gesture-recognition devices and gesture-recognition methods.

    Contacts
    Rui Pedro Rodrigues

    FEUP

    +351222094199

    rui.p.rodrigues@inesctec.pt

    Maximino Bessa

    UTAD

    +351222094199

    maximino.bessa@inesctec.pt