Browse Publications Technical Papers 2012-01-0492
2012-04-16

Design of a Model Reference Cruise Control Algorithm 2012-01-0492

A methodology to design a model free cruise control algorithm(MFCC) is presented in this paper. General cruise control algorithms require lots of vehicle parameters to control the power train and the brake system, that makes control system complicate. Moreover, when the target vehicle is changed, the vehicle parameters should be reinvestigated in order to apply the cruise control algorithm to the subject vehicle. To overcome these disadvantages of the conventional cruise control algorithm, MFCC algorithm has been developed. The algorithm directly determines the throttle, brake inputs based on the reference model parameters such as clearance, relative velocity, and subject vehicle acceleration. This simple structure facilitates human centered design of cruise controller and makes it easy to apply control algorithm to various vehicles without reinvestigation of vehicle parameters. To achieve vehicle safety and driver comfort, control parameters of the model free cruise control algorithm has been designed using the real-world driving test data. Few parameters have been adapted using a learning algorithm to minimize the effects of unawareness of the vehicle parameters. From the simulation study, the performance of the proposed controller has been compared with that of the conventional adaptive cruise controller(ACC). It is shown that the proposed control strategy its behavior is not only similar to that of the conventional ACC in normal driving condition but also more robust than the ACC for model uncertainty and external disturbance.

SAE MOBILUS

Subscribers can view annotate, and download all of SAE's content. Learn More »

Members save up to 16% off list price.
Login to see discount.
We also recommend:
TECHNICAL PAPER

ABS/ESP ECU Testing with Sophisticated HIL Simulation Methods

2009-26-0079

View Details

JOURNAL ARTICLE

Investigation of Trailer Yaw Motion Control Using Active Front Steer and Differential Brake

2011-01-0985

View Details

TECHNICAL PAPER

Trailer Stabilization Through Active Braking of the Towing Vehicle

2004-01-1069

View Details

X