This paper consists of designing fuzzy and PID controllers for controlling the vehicle speed. The dynamic of the system is modeled to provide a transfer function for the plant. Fuzzy and PID controller are designed for linear model. The external disturbances such road grade is considered to stabilizing the system. Both controllers are modeled using MATLAB Simulink software. Finally, a comparative assessment of each simulated result is done based on the response characteristics
The automatic control has played a vital role in the advance of engineering and science. Nowadays in...
AbstractTwo degrees of freedom vehicle dynamic model is established. Based on theories of PID contro...
Abstract- To improve ride comfort of vehicle a suspension system is designed to stimulate the action...
This paper consists of designing fuzzy and PID controllers for controlling the vehicle speed. The dy...
Abstract:- This paper describes the hardware implementation of a PID-type (Proportional- Integral-De...
The body vibration by reverse dynamic efforts of the actuator based on controlled external source of...
This paper deals with a Fuzzy Logic Controller (FLC) for an automated car braking system. The respon...
This paper aims to investigate and apply Artificial Intelligence in solving a real-life problem. A f...
Approaching the desired vehicle speed by using a FUZZY logic controller is the goal of this article....
Future regulations of the European Community (EC) require a speed control for the limitation of truc...
An Autonomous Mobile Robot battery driven, with two traction wheels and a steering wheel is being de...
The active suspension system is a possible way to improve suspension performance although the passiv...
Abstract 1 — An integrated vehicle dynamic control system for a vehicle with an active front steeri...
Vehicle dynamics like acceleration, braking, and other factors can be controlled based on its speed....
The use of various types of active suspensions is spreading more and more and these systems, in addi...
The automatic control has played a vital role in the advance of engineering and science. Nowadays in...
AbstractTwo degrees of freedom vehicle dynamic model is established. Based on theories of PID contro...
Abstract- To improve ride comfort of vehicle a suspension system is designed to stimulate the action...
This paper consists of designing fuzzy and PID controllers for controlling the vehicle speed. The dy...
Abstract:- This paper describes the hardware implementation of a PID-type (Proportional- Integral-De...
The body vibration by reverse dynamic efforts of the actuator based on controlled external source of...
This paper deals with a Fuzzy Logic Controller (FLC) for an automated car braking system. The respon...
This paper aims to investigate and apply Artificial Intelligence in solving a real-life problem. A f...
Approaching the desired vehicle speed by using a FUZZY logic controller is the goal of this article....
Future regulations of the European Community (EC) require a speed control for the limitation of truc...
An Autonomous Mobile Robot battery driven, with two traction wheels and a steering wheel is being de...
The active suspension system is a possible way to improve suspension performance although the passiv...
Abstract 1 — An integrated vehicle dynamic control system for a vehicle with an active front steeri...
Vehicle dynamics like acceleration, braking, and other factors can be controlled based on its speed....
The use of various types of active suspensions is spreading more and more and these systems, in addi...
The automatic control has played a vital role in the advance of engineering and science. Nowadays in...
AbstractTwo degrees of freedom vehicle dynamic model is established. Based on theories of PID contro...
Abstract- To improve ride comfort of vehicle a suspension system is designed to stimulate the action...