Committee login






Small thumbnail

Reliability Investigation of LED Devices for Public Light Applications

Durability, Robustness and Reliability of Photonic Devices Set

Small thumbnail

Aerospace Actuators 2

Signal-by-Wire and Power-by-Wire

Small thumbnail

Flash Memory Integration

Performance and Energy Considerations

Small thumbnail

Mechanics of Aeronautical Solids, Materials and Structures

Small thumbnail

Engineering Investment Process

Making Value Creation Repeatable

Small thumbnail

Space Strategy

Small thumbnail

Distributed Systems

Concurrency and Consistency

Small thumbnail

Fatigue of Textile and Short Fiber Reinforced Composites

Durability and Ageing of Organic Composite Materials Set – Volume 1

Small thumbnail

Management of the Effects of Coastal Storms

Policy, Scientific and Historical Perspectives

Small thumbnail

Computational Color Science

Variational Retinex-like Methods

Small thumbnail

Vehicle Dynamics Estimation using Kalman Filtering

Experimental Validation

Moustapha Doumiati, Fahad Bin Sultan University, Saudi Arabia Ali Charara and Alessandro Victorino, Compiègne University of Technology, France Daniel Lechner, French National Institute for Transport and Safety Research, Bron, France

ISBN: 9781848213661

Publication Date: November 2012   Hardback   272 pp.

125.00 USD

Add to cart


Ebook Ebook


Vehicle dynamics and stability have been of considerable interest for a number of years. The obvious dilemma is that people naturally desire to drive faster and faster yet expect their vehicles to be “infinitely” stable and safe during all normal and emergency maneuvers. For the most part, people pay little attention to the limited handling potential of their vehicles until some unusual behavior is observed that often results in accidents and even fatalities. This book presents several model-based estimation methods which involve information from current potential-integrable sensors. Improving vehicle control and stabilization is possible when vehicle dynamic variables are known. The fundamental problem is that some essential variables related to tire/road friction are difficult to measure because of technical and economical reasons. Therefore, these data must be estimated. It is against this background, that this book’s objective is to develop estimators in order to estimate the vehicle’s load transfer, the sideslip angle, and the vertical and lateral tire/road forces using a roll model. The proposed estimation processes are based on the state observer (Kalman filtering) theory and the dynamic response of a vehicle instrumented with standard sensors. These estimators are able to work in real time in normal and critical driving situations. Performances are tested using an experimental car in real driving situations. This is exactly the focus of this book, providing students, technicians and engineers from the automobile field with a theoretical basis and some practical algorithms useful for estimating vehicle dynamics in real-time during vehicle motion.


1. Modeling of Tire and Vehicle Dynamics.
2. Estimation Methods Based on Kalman Filtering.
3. Estimation of the Vertical Tire Forces.
4. Estimation of the Lateral Tire Forces.
5. Embedded Real-Time System for Vehicle State Estimation: Experimental Results.

About the Authors

Moustapha Doumiati is currently Assistant Professor in the Department of Electrical Engineering, Fahad Bin Sultan University, Saudi Arabia. His main research interests include robust control, state-observers, and linear parameter-varying systems, with applications on intelligent vehicles, driving assistance systems and electric machines.
Ali Charara is Professor in the Department of Information Processing Engineering, Compiègne University of Technology, France, where he is also the Director of the Heudiasyc Laboratory. His current research interests include intelligent vehicles, driving assistance systems, state observers, and the diagnosis of electromechanical systems.
Alessandro Victorino is Associate Professor in the Computer Science Department, Compiègne University of Technology, France, where he is also a member of the Heudiasyc Laboratory. His current research interests include nonlinear state estimation, vehicle dynamics, cooperative perception systems, localization and mapping, sensor-based control, and navigation of autonomous systems.
Daniel Lechner is Research Director of the Department of Accident Mechanism Analysis (Salon de Provence) at the French National Institute for Transport and Safety Research, Bron, France, which he currently also heads. His research interests include vehicle modeling, instrumentation and testing, active safety embedded applications, and road accident analysis.


DownloadTables of Contents - PDF File - 71 Kb

Related Titles

0.02477 s.