CONTEXT-GAD: A Context-Aware Gaze Adaptive Dwell model for Gaze-based Selections in XR Environments
AR-Eye: A Custom, Low-Cost Eye Tracker for Mental Fatigue Detection with Pattern-Based Machine Learning on Augmented Reality Headsets
Effect of Gaze Visualization on Task Efficiency and User Behavior for Guidance Scenarios in Co-Located AR Collaboration
Skipping Sphere SDF Scaling and Early Ray Termination for Fast Sphere Tracing
Wireless Haptic Glove using Nitinol as a Force Feedback Actuator
Brain computer interface driving movement in a virtual reality game based on EEG signals
Ancient Kydonia: Multimodal tour using Augmented Reality
3D4Delphi: Modeling of Archaeological Uncertainty
CrexData: Critical Action Planning over Extreme-scale Data
SUN: Social and hUman ceNtered XR
A Wireless Haptic System for Multisensory Texture Data Capture and Vibrotactile Feedback Representation in Virtual Reality
An Inverted Pyramid Acceleration Structure Guided Foveaded Rendering
Lightweight Haptic Glove with Kinesthetic, Tactile & Hardness feedback
3D Visualization of Βiological data in Ultra High Definition Virtual Reality
STEREO GRADING: Gaze Prediction using Machine Learning for Dynamic Stereo Manipulation
ECITO: Visualization of effects of climate change in the old city of Chania
Wearable Embedded System providing Tactile and Kinesthetic Haptics Feedback
Glance-Box : Multi LOD Glanceable Interfaces
G-Code Machina: A Serious Game for G-code and CNC Machine Operation Training
crsb2The Cretan Revolution of 1897: Interactive Documentary in Virtual Reality
VR Flight Simulator with Hand-tracking Technology and Haptics
3D Interactive Biological Visualization of brain Neurons, Dendrites & Synapses
Driving Simulation based on Cardiac timing Intensifying Fear & Threat Processing
Outdoors Mobile AR for Coastal Erosion Visualization Based on Geographical Data
C LOD: Context-aware Material Level of Detail applied to Mobile Graphics
MusiCityX: Real-time 3D Interactive Application for Refining Urban Landscapes through their Musical Footprint
Front Camera Eye Tracking for mobile VR
About
The SURREAL research team was founded in 2006, at the School of Electrical and Computer Engineering, Technical University of Crete. It is a centre of research excellence in VR and AR technologies, perceptual rendering, gaze-contingent displays, haptics, multimodal interfaces, involved in European and national research projects. The SURREAL Team is surrounded by over 20 undergraduate and graduate candidates as well as full-time researchers, with over 100 research outputs and participation in national and international research events as well as open science days, promoting the team’s work as well as its scientific innovations.
