The objective of this research is to design the TCS
controller systemically with the vehicle model. The
fundamental slip controller is designed to achieve the
acceleration performance maintaining the slip ratio of
driven wheels low. By using the Lyapunov redesign
method and the MSMC, the controller structure is
simplified and some measurement problems are resolved.
To insure the directional stability without using additional
sensors, a new method to compute the mixture of yaw rate
and lateral acceleration is proposed. The proposed
controller is verified using Proposed method is validated
with simulations based on 15 DOF passenger car model.
The resolution and frequency limit of the sensors used
for speed detection of the wheels and engine cylinder and
the nonlinear dynamics of the chassis which is not
considered in the simulation model can influence the
controller performance. The experiment using a real car
can ensure the performance of the proposed controller