AI Deep learning Computer Vision Reinforcement Learning
Smart Cities Deep learning
KAUST
Deep learning GCN
Computer Vision 3D object detection Deep learning
Marco Mellia, Department of Control and Computer Engineering, Politecnico di Torino, Italy
B9 L2 H2 H2
Deep learning cybersecurity artificial intelligence
News
PhD Summer School 2016 Computer Vision Deep learning
Deep learning optimization EECVC
machine learning Deep learning telecommunication
Deep learning Signal processing Next generation wireless communications MIMO radars
Computer Vision artificial intelligence Technology Transfer Deep learning 3D understanding Sports start-up robotics
Deep learning Computational Photography Time-of-flight and transient imaging optics robotics optimization HDR Imaging
distributed computing Deep learning Computer Vision
Computer Vision Deep learning Video Understanding
machine learning Deep learning Computer Vision robotics
Multi-Agent Decision Making Deep learning Multi-agent systems Robotics and Control
In-memory computing Computer architecture Deep learning
machine learning Computer Vision Deep learning
Computer Vision Deep learning
Deep learning machine learning Computer Vision
Deep learning MIMO embedded systems
IoT Deep learning Wireless Communications
machine learning Deep learning Reinforcement Learning artificial intelligence
Neuromorphic Vision Deep learning Object detection autonomous driving
Deep learning Mathematical modeling
Deep learning Computer Vision Compressive Sensing image and video processing Video Understanding Reversible networks
Computer Vision Deep learning generative adversarial network
Deep learning Digital signal processing Resource allocation Machine learning applications for wireless communication systems
Computer Vision Deep learning point cloud
data analysis Pattern Recognition Sensor Fusion Deep learning Human Gait Analysis Applications convolutional neural network Perception Human-robot interaction
Signal processing machine learning image processing Deep learning optimization
