This paper deals with vehicle sideslip angle estimation. The paper introduces an industrially amenable kinematic-based approach that does not need tireâroad friction parameters or other dynamical properties of the vehicle. The convergence of the estimate is improved by the introduction of a heuristic based on readily available inertial measurements. The method is tested on a vast collection of tests performed in different conditions, showing a satisfactory behavior despite not using any information on the road friction. The extensive experimental validation confirms that the estimate is robust to a wide range of driving scenarios.
Vehicle sideslip estimation: A kinematic based approach
Selmanaj, Donald;Corno, Matteo;Panzani, Giulio;Savaresi, Sergio M.
2017-01-01
Abstract
This paper deals with vehicle sideslip angle estimation. The paper introduces an industrially amenable kinematic-based approach that does not need tireâroad friction parameters or other dynamical properties of the vehicle. The convergence of the estimate is improved by the introduction of a heuristic based on readily available inertial measurements. The method is tested on a vast collection of tests performed in different conditions, showing a satisfactory behavior despite not using any information on the road friction. The extensive experimental validation confirms that the estimate is robust to a wide range of driving scenarios.File | Dimensione | Formato | |
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[selmanaj] vehicle side slip estimation a kinematic approach.pdf
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kinematic_sideslip_estimation_post_print.pdf
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