This review discusses key technologies of intelligent tires focusing on sensors and wireless
data transmission. Intelligent automobile tires, which monitor their pressure, deformation …

In this article, previous literature on the intelligent tire has been reviewed, especially
focusing on the estimation of tire characteristics such as tire forces and contact patch …

A tire-road friction coefficient estimation approach is proposed which makes use of the
uncoupled lateral deflection profile of the tire carcass measured from inside the tire through …

Tire–road friction characteristics are deeply interlaced with all vehicle dynamics control
systems, as road conditions strongly affect the control schemes behaviour. This work aims at …

Tire wear is a leading cause of automobile accidents globally. Beyond safety, tire wear
affects performance and is an important metric that decides tire replacement, one of the …

The estimation of the tyre–road friction coefficient is fundamental for vehicle control systems.
Tyre sensors enable the friction coefficient estimation based on signals extracted directly …

The anti-lock braking system (ABS) is the most important active safety system for passenger
cars. Thanks to tire force measurement, provided for example by the new SKF load sensing …

Direct tire-road contact friction estimation is essential for future autonomous cars and active
safety systems. Friction estimation methods have been proposed earlier for driving …

In this paper we propose a novel Recurrent Neural Network Soft Sensor designed to
estimate and predict the contact area that tires of a car are making with the ground. This is …

For the path-following and safety problem of road vehicles after a tire blowout, a nonlinear
coordinated motion controller is proposed in the framework of the triple-step method that …