An original method for the real-time estimation of the roll angle using low-cost sensors in two-wheeled vehicles is proposed. The roll angle greatly affects the dynamics of singletrack vehicles and its estimation is essential in control systems such as ABS, Traction Control, as well as Curve and Collision Warning, or even active suspensions. The proposed method uses a non-linear Kalman filter, its performances are assessed by using both a set of simulated data from a multibody model and a set of real data collected on an instrumented test vehicle
Vehicle dynamics estimation has been the subject of study for some years now. If on-board vehicle co...
This paper focuses on the design of an innovative active braking control system for two-wheeled veh...
This paper presents roll angle estimator which used Kalman filter. Recently, the uses of the ELSD (E...
An original method for the real-time estimation of the roll angle using low-cost sensors in two-whee...
This study determines the roll angle for a two-wheeled single-track vehicle during cornering. The ki...
Lean angle is a crucial variable in determining the dynamic behavior of two-wheeled vehicles. As suc...
Currently, the interest in creating autonomous driving vehicles and progressively more sophisticated...
International audienceDriving safety can be enhanced by better understanding of risk situation, whic...
Driving safety can be enhanced by better understanding of risk situation, which can be achieved by t...
In recent years, there have been many advances in vehicle technologies based on the efficient use of...
Abstract — Video-based driver assistance systems are a key component for intelligent vehicles today....
powered two-wheelers improve driving behaviour and safety. Further developments of intelligent vehic...
This article presents a novel estimator based on sensor fusion, which combines the Neural Network (N...
This article presents a novel estimator based on sensor fusion, which combines the Neural Network (N...
Vehicles with a high center of gravity (COG), such as light trucks and heavy vehicles, are prone to ...
Vehicle dynamics estimation has been the subject of study for some years now. If on-board vehicle co...
This paper focuses on the design of an innovative active braking control system for two-wheeled veh...
This paper presents roll angle estimator which used Kalman filter. Recently, the uses of the ELSD (E...
An original method for the real-time estimation of the roll angle using low-cost sensors in two-whee...
This study determines the roll angle for a two-wheeled single-track vehicle during cornering. The ki...
Lean angle is a crucial variable in determining the dynamic behavior of two-wheeled vehicles. As suc...
Currently, the interest in creating autonomous driving vehicles and progressively more sophisticated...
International audienceDriving safety can be enhanced by better understanding of risk situation, whic...
Driving safety can be enhanced by better understanding of risk situation, which can be achieved by t...
In recent years, there have been many advances in vehicle technologies based on the efficient use of...
Abstract — Video-based driver assistance systems are a key component for intelligent vehicles today....
powered two-wheelers improve driving behaviour and safety. Further developments of intelligent vehic...
This article presents a novel estimator based on sensor fusion, which combines the Neural Network (N...
This article presents a novel estimator based on sensor fusion, which combines the Neural Network (N...
Vehicles with a high center of gravity (COG), such as light trucks and heavy vehicles, are prone to ...
Vehicle dynamics estimation has been the subject of study for some years now. If on-board vehicle co...
This paper focuses on the design of an innovative active braking control system for two-wheeled veh...
This paper presents roll angle estimator which used Kalman filter. Recently, the uses of the ELSD (E...