Topics

<> Mie scattering theory (1) <> Millimeter wave networks (1) <> millimeter-wave communications (1) <> milp (1) <> MIMIC II database (1) <> MIMO and Relaying systems (1) <> MIMO Antenna Selection (1) <> MIMO channel decomposition techniques (1) <> MIMO detection and decoding (1) <> MIMO digital signal processing (1) <> MIMO fading channels (1) <> Miniaturization (1) <> MiniGPT (1) <> minlp (1) <> Mixed Effects Models (1) <> mixed matrix fractional order (1) <> mixed-generation power systems (1) <> mixed-precision computing (1) <> mMIMO channel estimation (1) <> mmWave systems (1) <> Mobile Agents (1) <> Mobile AI (1) <> mobile applications development (1) <> mobile phones (1) <> mobile wireless networks (1) <> MOCVD technologies (1) <> mode-locked lasers (1) <> model acquisition (1) <> model development (1) <> model evaluation (1) <> model extraction (1) <> model interpretability (1) <> Model Predictive (1) <> Model Selection (1) <> Modeling and analysis of Communication systems (1) <> Models (1) <> Models Formation (1) <> modular drons (1) <> Modulation and coding (1) <> modulation schemes (1) <> Modules (1) <> Molecular (1) <> molecular biology (1) <> molecular communication (1) <> Molecular Dynamics (1) <> MongoDB (1) <> Monolithic Quantum Devices (1) <> monotone operator theory (1) <> monstrous moonshine (1) <> MOOC (1) <> MoS2 (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
<> MPLS network (1) <> Multi-carrier Systems (1) <> multi-dimensional signal processing (1) <> Multi-hop communication systems (1) <> Multi-Modal Large Language Models (1) <> multi-modal transformer models (1) <> Multi-Robot Learning/Coordination (1) <> multi-scale complex flow simulations (1) <> multi-stage optimization algorithm (1) <> multilayer liquid crystal polymer (1) <> multilevel methods (1) <> multimodal AI (1) <> multimodal alignment (1) <> multimodal model (1) <> multimodal models (1) <> Multimodal Video Analysis (1) <> multiomics data integration (1) <> Multiphase flow (1) <> MULTIPLY (1) <> multipole (1) <> multivariate nonstationary extreme data (1) <> munich (1) <> MXene (1) <> MXenes (1) <> MySQL (1) <> named entity recognition (1) <> nano antennas (1) <> nano fabrication and characterization (1) <> nano-fabrications (1) <> nanocrystals (1) <> nanoelectronic devices (1) <> nanoenergy (1) <> nanolasers (1) <> Nanomaterials Synthesis (1) <> nanomedicine (1) <> nanomembrane (1) <> nanoparticles (1) <> nanorods (1) <> Nanoscale device (1) <> nanostructured materials (1) <> National Taiwan University (1) <> nature-inspired algorithms (1) <> Navier-Stokes equation (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
<> Navigation and Guidance (1) <> NDA architecture (1)