This book investigates the application of nonlinear estimation and control techniques to automotive drivetrains. It addresses the complexities of modeling and controlling dynamic systems in vehicles, focusing on methods that can handle nonlinearities and uncertainties inherent in drivetrain operation. The work draws upon advanced mathematical frameworks to develop robust control strategies for improved performance, efficiency, and safety.

This work is positioned as a technical monograph for researchers and engineers in automotive control and estimation. Its focus on advanced mathematical techniques suggests a dense, specialized treatment of the subject matter, likely appealing to those with a strong background in control theory and system dynamics. The detailed modeling and control strategies presented indicate a contribution to the academic literature on vehicle powertrain optimization.