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MIT ACL - Closed-Loop RRT for UAV Navigation in Dynamic Environments
Model Predictive Control with GPOPS-ii Smooth Path Planner
Continuous-Time Trajectory Optimization for Online UAV Replanning
MIT ACL - FIDO
A Two-Stage Trajectory Optimization Strategy for Articulated Bodies
MIT ACL - 10 Vehicles in RAVEN
MIT ACL - Clik Take-off to Hover
MIT ACL - Vision-Based Quadrotor Flight in Unknown Indoor Environments
Quadrotor trajectory optimization with hoop obstacles
Lecture 19: MIT 6.832 Underactuated Robotics (Spring 2022) | Global Motion Planning
MIT ACL - n = 10 Quadrotor Flight Test in RAVEN
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Last Updated: October 21, 2026
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Summary
Clik Transition from Hover to Level Flight Code available here: github.com/jtorde/drone_racing_gpops Optimal Control for a UAV considering the full nonlinear ... This video is an introduction to Paper, video, open-source code, slides and more: awinkler.me Intro: 00:29 - Why Legged Robots? 01:15 - Context of ... Closed-Loop RRT for UAV Navigation in Dynamic Environments February 17, 2009 An experiment showing online replanning for collision avoidance. We show a real-world scenario where an obstacle is occluded ... FIDO: Fast Interceptor of a Dynamic Object August 17, 2009 Video for our Robotics and Automation Letters (RA-L) 2016 paper: A Two-Stage 10-Vehicle Flight Test in RAVEN May 2, 2009 Clik Take-off to Hover May 21, 2009 Vision-Based Quadrotor Flight in Unknown Indoor Environments May 2008 That it may or may not be worth the effort to run a full n = 10 Quadrotor Flight Test in RAVEN March 11, 2009
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