ROS-based implementation of autonomous UAV navigation for Rhinohawk
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Updated
Apr 9, 2020 - Python
ROS-based implementation of autonomous UAV navigation for Rhinohawk
飞析:面向 QuadPlane 试飞复盘的 ArduPilot 离线日志分析器,含异常定位、证据曲线与分析教学引导。
UC Berkeley capstone: a lift + cruise VTOL (4 lift rotors, pusher, fixed wing) designed, built and flight-tested on a fixed $2,000 budget by April 2027.
Designing, simulating, and building a QuadPlane VTOL UAV from scratch, while documenting the full engineering design process.
Technical presentation on acceleration control, transition handling, and constrained control allocation for a differential-thrust quad-plane UAV.
ArduPilot integration, electrical architecture, safety validation, and flight-test tooling for a Flightory Stallion tricopter VTOL UAV.
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