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Видео с ютуба Robust Autonomy

Robot Autonomy in the Wild: Projects from the SAFiR Lab

Robot Autonomy in the Wild: Projects from the SAFiR Lab

"Weather-Robust Lane and Object Detection for Autonomous Driving Systems"

Robust Perception for Industrial Autonomy | AI Vision for Safe Navigation

Robust Perception for Industrial Autonomy | AI Vision for Safe Navigation

ULI: Robust and Resilient Autonomy for Advanced Urban Aerial Mobility - Andy J Smith, SNC

ULI: Robust and Resilient Autonomy for Advanced Urban Aerial Mobility - Andy J Smith, SNC

Thrust 4 Demo Update Robust and Resilient Autonomy for Advanced Aerial Mobility

Thrust 4 Demo Update Robust and Resilient Autonomy for Advanced Aerial Mobility

Multi-Adversarial Safety Analysis for Autonomous Vehicles

Multi-Adversarial Safety Analysis for Autonomous Vehicles

Autonomy Talks - Naira Hovakimyan: Safe Learning in Autonomous Systems

Autonomy Talks - Naira Hovakimyan: Safe Learning in Autonomous Systems

Autonomous Aerial Manipulation at Arbitrary Pose in SE(3) with Robust Control and Whole-body Plannin

Autonomous Aerial Manipulation at Arbitrary Pose in SE(3) with Robust Control and Whole-body Plannin

Robust Docking Maneuvers for Autonomous Trolley Collection Optimization Based Visual Servoing Scheme

Robust Docking Maneuvers for Autonomous Trolley Collection Optimization Based Visual Servoing Scheme

W. Jacob Wagner PhD Defense: Towards Soil-Aware Autonomous Terrain Shaping for Bulldozing

W. Jacob Wagner PhD Defense: Towards Soil-Aware Autonomous Terrain Shaping for Bulldozing

NASA ULI: Robust and Resilient Autonomy for Advanced Air Mobility - 2025 Field Testing Event at UNR

NASA ULI: Robust and Resilient Autonomy for Advanced Air Mobility - 2025 Field Testing Event at UNR

(revised)ROAR: A Robust Autonomous Aerial Tracking System for Challenging Scenarios

(revised)ROAR: A Robust Autonomous Aerial Tracking System for Challenging Scenarios

UGV BARKAN Autonomous: What Makes It Tough on the Battlefield

UGV BARKAN Autonomous: What Makes It Tough on the Battlefield

Eugene Vinitsky  - Robust Autonomy Emerges from Self Play

Eugene Vinitsky - Robust Autonomy Emerges from Self Play

ATVA 2024 Keynote: The Power of Feedback — Rethinking Reactive Synthesis for Autonomy-Driven...

ATVA 2024 Keynote: The Power of Feedback — Rethinking Reactive Synthesis for Autonomy-Driven...

Weekly Spatial AI #-24 Latent radiance field, robust autonomy from self-play, LightGaussian

Weekly Spatial AI #-24 Latent radiance field, robust autonomy from self-play, LightGaussian

Towards Distributionally Robust Autonomy: A Control Perspective

Towards Distributionally Robust Autonomy: A Control Perspective

Robust Graph SLAM for Autonomous Navigation

Robust Graph SLAM for Autonomous Navigation

Intelligent Sensing to Action for Robust Edge Autonomy

Intelligent Sensing to Action for Robust Edge Autonomy

Robust Autonomy Emerges from Self-Play

Robust Autonomy Emerges from Self-Play

Robust Autonomy Emerges from Self-Play (Feb 2025)

Robust Autonomy Emerges from Self-Play (Feb 2025)

Improving Robustness Of Autonomous Spacecraft Scheduling Using Curriculum Learning

Improving Robustness Of Autonomous Spacecraft Scheduling Using Curriculum Learning

Robust AI's Carter Manual and Autonomous Cart for Warehouses

Robust AI's Carter Manual and Autonomous Cart for Warehouses

ECE AI SEMINAR: Towards Robust and Reliable Autonomous Vehicles with Foundation Models

ECE AI SEMINAR: Towards Robust and Reliable Autonomous Vehicles with Foundation Models

ROAR: A Robust Autonomous Aerial Tracking System for Challenging Scenarios

ROAR: A Robust Autonomous Aerial Tracking System for Challenging Scenarios

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