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Learning hand gestures for VR games
3D Urban Object Detection on LiDAR Input
Mapping and Navigation System Using QR Codes
Application for the improvement of fine motor conditions in people with special needs
Hand Pose Estimation for Robot Hand Teleoperation
Biodiversity Classification Deep Learning-based Approach
Augmented Reality-based Teaching Method
Integrated Artificial Semantic Visual Recognition in a Cognitive Architecture for Social Robots
Augmented Reality-based Product Catalogue
Detecting urban objects in any lightning condition
Map Slammer: Densifying Scattered KSLAM 3D Maps with Estimated Depth
Urban object detection in low lightning conditions for the visually impaired
Gesture imitation system using Deep Learning and a Pepper robot
Real time emotion inference using CycleGAN
Enhancing Perception for the Visually Impaired with Deep Learning and Low-cost Sensors1 / 3
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Learning hand gestures for VR games

3D Urban Object Detection on LiDAR Input

Mapping and Navigation System Using QR Codes

Application for the improvement of fine motor conditions in people with special needs

Hand Pose Estimation for Robot Hand Teleoperation

Biodiversity Classification Deep Learning-based Approach

Augmented Reality-based Teaching Method

Integrated Artificial Semantic Visual Recognition in a Cognitive Architecture for Social Robots

Augmented Reality-based Product Catalogue

Detecting urban objects in any lightning condition

Map Slammer: Densifying Scattered KSLAM 3D Maps with Estimated Depth

Urban object detection in low lightning conditions for the visually impaired

Gesture imitation system using Deep Learning and a Pepper robot

Real time emotion inference using CycleGAN

Enhancing Perception for the Visually Impaired with Deep Learning and Low-cost Sensors
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