Optimization of PID Controller for Quarter-Car Suspension System using Genetic Algorithm  

Abstract

In order to improve the ride comfort and stability by reducing the body acceleration in vehicles caused by the road irregularities, suspension system plays an imperative role in retaining the continuous road wheel contact for better road holding. In this paper, a quarter-car suspension model has been considered and a PID controller has been designed for the same. The aim of the work described in this paper is to illustrate the improvement of response of the system by optimizing the PID controllers using genetic algorithms. In the conclusion, by a comparative analysis between the conventional PID tuning methods and optimization carried out using genetic algorithms offers lesser oscillatory and better response 

Authors and Affiliations

Nitish Katal, , Sanjay Kumar Singh,

Keywords

Related Articles

INCREASING RESONANT FREQUENCY OF MICROSTRIP PATCH ANTENNA BY DECREASING THE VALUE OF DIELECTRIC CONSTANT OF SUBSTRATE  

Microstrip patch antenna has some drawbacks of low efficiency, narrow band (<5%), and surface wave losses. In this paper it is shown that we can increase the resonant frequency by decreasing the value of diele...

“AUTO MONITORING OF APPLIANCES BY INTERNET”  

Under the heading it is abbreviated as ―Networked home appliance system using Bluetooth technology integrating appliance control/monitoring with Internet service‖ Here the monitoring and controlling of home appliance...

Non-Stationary Power Quality Signals Classification using Fuzzy C-means Algorithm 

This paper presents a new approach for classification of various non-stationary power signal waveforms using modified Gaussian windowing technique. In comparison to the earlier Gaussian window, the modified Gaussia...

DATA STORAGE SECURITY IN CLOUD BY USING JAR FILES AND HIERARCHICAL ID-BASED CRYPTOGRAPHY

Cloud computing is one of the most modern research areas due to its ability to decrease costs coupled with computing while growing scalability and flexibility for computing services. Cloud computing is one of the gre...

Fault identification and diagnosis using greedy Back Tracking approach in large-scale network

In this paper, we discuss the problems in large scale networks failure information. For this We propose a fault identification system initiate by an application when the application identify the incidence of a failure...

Download PDF file
  • EP ID EP87804
  • DOI -
  • Views 109
  • Downloads 0

How To Cite

Nitish Katal, , Sanjay Kumar Singh, (2012). Optimization of PID Controller for Quarter-Car Suspension System using Genetic Algorithm  . International Journal of Advanced Research in Computer Engineering & Technology(IJARCET), 1(7), 30-32. https://europub.co.uk/articles/-A-87804