Topics

<> Free-space optical communications (1) <> FSO/RF Systems (1) <> functional data analysis (1) <> Future Mobility (1)

On the Fundamental Challenges for Self-Driving Cars

Emilio Frazzoli, Professor, Dynamic Systems and Control, ETH Zürich

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KAUST

Featured Sessions
<> game theory (1) <> generative ai (1) <> genomics (1) <> Geometricandmaterial nonlinearities (1) <> grid codes (1) <> GSM (1) <> guidance (1) <> heterogeneous integrated optical chip (1) <> high-speed electro-optic modulator (1) <> horticulture robotics (1) <> human body communication (1) <> Human-computer Interaction (1) <> IDPS (1) <> integrated circuits (1) <> Integrated navigation systems (1) <> Integrated Photonics technology (1) <> intelligent reflecting surfaces (1) <> Interactive Video Generation (1) <> interference management (1) <> intrusion detection (1) <> Item Response Theory (1) <> Laser-scribed graphene (1) <> Latent variable models (1) <> LED Wireless Communication Systems (1) <> light–matter interaction (1) <> Liquid Crystals (1) <> living systems (1) <> malware (1) <> Malware Analysis (1) <> Manipulation Planning (1) <> marginal cost (1) <> Marine Autonomy (1) <> Maritime vehicles; teams; modelling (1) <> Massive MIMO (1) <> Massive MIMO Systems (1) <> Mathematical Biology (1) <> Mathematical modeling (1) <> mathematics (1) <> mean curvature flow (1) <> Mechanism Design of Mobile Robots (1) <> Medical imaging (1) <> MEMS (1) <> Microelectromechanical (1) <> microelectronics (1) <> microfabrication (1) <> microfluidics (1) <> Microgrids (1) <> microorganism (1) <> microrobots (1)

The challenging path to creating fully autonomous and controllable microrobots

Prof. Néstor O. Pérez-Arancibia, Autonomous Microrobotic Systems Laboratory, University of Southern California (USC)

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KAUST

Featured Sessions
<> microwaves (1) <> ML (1) <> mmWave systems (1) <> mode-locked lasers (1) <> modeling (1) <> Motion Control of Manipulators (1) <> motion planning (1)

Core Challenges in Navigation in Human Environments

Jean Oh, Senior Systems Scientist, Robotics Institute, Carnegie Mellon University

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KAUST

Featured Sessions
<> motion prediction (1)

Core Challenges in Navigation in Human Environments

Jean Oh, Senior Systems Scientist, Robotics Institute, Carnegie Mellon University

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KAUST

Featured Sessions
<> Multi-Agent Decision Making (1) <> Multi-agent systems (1) <> Multi-carrier Systems (1) <> Multi-Modal Large Language Models (1) <> Multi-object Tracking (1) <> Multi-Robot Learning/Coordination (1) <> Multi-sensor data fusion (1) <> Multilegged Robots (1) <> multimodal AI (1) <> Multimodal learning (1) <> multivariate analysis (1) <> nanofabrication (1) <> nanophotonics (1) <> Navigation (1) <> Navigation and Control (1)

Autonomous Vision-Based Navigation and Control for Robotic Space Objects

Hesham Shageer, Assistant Professor, King Abdulaziz City for Science and Technology KACST

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KAUST

Featured Sessions
<> Near-field propagation analysis (1) <> network security (1) <> neural inference methods (1) <> neural network (1) <> Neural Networks (1) <> Next generation wireless communications (1) <> nlp (1) <> non-linear partial differential equations (1) <> non-orthogonal multiple-access NOMA networks (1) <> Nonconvex problems (1) <> Nonlinear Maneuvering (1) <> nonparametric statistics (1) <> nonreciprocal optical devices (1) <> nr-u (1) <> NTN Communication (1) <> numerical analysis (1) <> Numerical Modeling (1) <> Observation (1) <> Ocean Observing Systems (1) <> Omnidirectional Vision (1) <> on-chip laser (1) <> on-chip light source (1) <> optical communication (1) <> Optical communications (1)