Robotic Sailing 2016 2016
DOI: 10.1007/978-3-319-45453-5_6
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A Virtual Wind Sensor Based on a Particle Filter

Abstract: Wind sensors are essential components of any sailboat, meanwhile they are also one of its most compromised and exposed ele isbn="978-3-319-45453-5" }

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Cited by 1 publication
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“…In order to avoid the use of an explicit physical wind sensor on board, Sliwka et al (2011) propose the use of a wind vane self steering device for their boat L'improbable and, furthermore, do not actuate the sail to increase the robustness of the boat. Also, Cabrera-Gámez et al (2016) present an approach that allows to estimate the wind direction and speed based on a particle filter approach. According to the authors, the results of a series of simulations performed in Matlab prove that this approach is capable of providing acceptable estimates of wind conditions at a modest computational cost.…”
Section: Sensingmentioning
confidence: 99%
“…In order to avoid the use of an explicit physical wind sensor on board, Sliwka et al (2011) propose the use of a wind vane self steering device for their boat L'improbable and, furthermore, do not actuate the sail to increase the robustness of the boat. Also, Cabrera-Gámez et al (2016) present an approach that allows to estimate the wind direction and speed based on a particle filter approach. According to the authors, the results of a series of simulations performed in Matlab prove that this approach is capable of providing acceptable estimates of wind conditions at a modest computational cost.…”
Section: Sensingmentioning
confidence: 99%