This work describes the application of a compact, MEMS-based, 2D anemometer to the estimation of a quadrotor's airspeed. Correcting for the vehicle's ground speed provided by internal GPS and inertial units allows this low cost, mobile platform to provide local wind speed estimates. A series of initial, bench-top tests were performed to characterize and calibrate the sensor, which is an improved version of a recently proposed and novel device. Additional full-scale wind tunnel experiments were performed with the sensor mounted on a fixed quadrotor to test the effect of the propellers on the sensor's performance
The potential for measuring wind, both in the atmosphere and in wind tunnels, was investigated using...
The understanding of micro-scale flow in the atmospheric boundary layer is one major challenge in wi...
This thesis proposes a method of measuring wind using the data logged by the autopilot of a quadroto...
This work describes the application of a compact, MEMS-based, 2D anemometer to the estimation of a q...
Small multirotor unmanned aerial systems (UAS) have great potential to effectively investigate the u...
Profiling wind information when using a small unmanned aerial vehicle (sUAV) is vital for atmospheri...
Wind speed profiles are generally sought by using an anemometer. However, problems occur when taking...
This project attempts to prove the viability of using an unmanned 4-motors rotorcraft, commonly know...
This article proposes a method of measuring wind speed using the data logged by the autopilot of a q...
This paper presents an analytical model for a recently introduced class of 2-D directional anemomete...
AbstractIn this work a compact wind velocity and direction sensor, based on properly probing the pre...
The feasibility of using a Multi-rotor Unmanned Aerial System (MUAS) as flying anemometers for measu...
One of the biggest challenges in probing the atmospheric boundary layer with small unmanned aerial v...
This paper describes a method for estimating wind field (wind velocity, rate of change of wind veloc...
We consider the problem of estimating the wind velocity perceived by a flying multicopter, from data...
The potential for measuring wind, both in the atmosphere and in wind tunnels, was investigated using...
The understanding of micro-scale flow in the atmospheric boundary layer is one major challenge in wi...
This thesis proposes a method of measuring wind using the data logged by the autopilot of a quadroto...
This work describes the application of a compact, MEMS-based, 2D anemometer to the estimation of a q...
Small multirotor unmanned aerial systems (UAS) have great potential to effectively investigate the u...
Profiling wind information when using a small unmanned aerial vehicle (sUAV) is vital for atmospheri...
Wind speed profiles are generally sought by using an anemometer. However, problems occur when taking...
This project attempts to prove the viability of using an unmanned 4-motors rotorcraft, commonly know...
This article proposes a method of measuring wind speed using the data logged by the autopilot of a q...
This paper presents an analytical model for a recently introduced class of 2-D directional anemomete...
AbstractIn this work a compact wind velocity and direction sensor, based on properly probing the pre...
The feasibility of using a Multi-rotor Unmanned Aerial System (MUAS) as flying anemometers for measu...
One of the biggest challenges in probing the atmospheric boundary layer with small unmanned aerial v...
This paper describes a method for estimating wind field (wind velocity, rate of change of wind veloc...
We consider the problem of estimating the wind velocity perceived by a flying multicopter, from data...
The potential for measuring wind, both in the atmosphere and in wind tunnels, was investigated using...
The understanding of micro-scale flow in the atmospheric boundary layer is one major challenge in wi...
This thesis proposes a method of measuring wind using the data logged by the autopilot of a quadroto...