4 research outputs found
PID control of ball and beam system – A real time experimentation
481-484Ball
and beam system is a nonlinear, open loop unstable and second order integrating
process which is widely used as a test bed for evaluating various control
strategies. The stabilization of ball and beam system by Proportional, Integral
and Derivative (PID) controller is investigated. Simple internal model control
(SIMC) based PID controller and H infinity controller are deliberately employed
for stabilizing the ball at a desired position on the beam. The simulation and
experimental results which demonstrate the dynamic behaviour of ball and beam
system, reveals the effectiveness of controller in industries for any second
order integrating processes
Design and Implementation of Iterative Learning Control for an Electro-Hydraulic Servo System
579-588In order to produce an accurate movement of double-acting hydraulic cylinder of the Electro-Hydraulic Servo System
(EHSS), an Iterative Learning Controller (ILC) approach is implemented in this work. Nonlinearity and imprecision occurs
in the hydraulic systems because of friction. Traditional controllers are incapable of providing effective control performance
throughout the entire operating range and insufficient to handle repetitive task. To manage the repetitive task, a memorybased
learning control analysis is suitable. This research focuses to construct the ILC for governing the servo spool valve,
which is responsible for the hydraulic cylinder displacement. The proposed ILC consists of learning filter, learning gain and
robustness filter. Proportional, Integral and Derivative (PID) controller is devised to validate the outcome of ILC.
Controllers are constructed based on the system modelling. The effectiveness of the suggested controller is shown through
simulation and experimental findings. ILC provides an average of 50% minimal overshoot and settles 7 sec before the PID
controller is designed. Due to model uncertainty, PID controller results 0.2 sec better rise time than ILC. In ILC's
architecture objective function is designed to achieve minimal overshoot and quick settling of hydraulic cylinder. So, no
consideration is given to the error indices. These findings will help hydraulic stamping application, which requires the
accurate displacement of piston to avoid damage of work piece. These results show that the proposed controller achieves
desired outcome displacement of hydraulic cylinder
Intelligent energy-aware and secured QoS routing protocol with dynamic mobility estimation for wireless sensor networks
TEQIP - III Sponsored First International Conference on Innovations and Challenges in Computing, Analytics and Security
This book contains abstracts of the various research papers of the academic & research community presented at the International Conference on Innovations and Challenges in Computing, Analytics and Security (ICICCAS-2020). ICICCAS-2020 has served as a platform for researchers, professionals to meet and exchange ideas on computing, data analytics, and security. The conference has invited papers in seven main tracks of Data Science, Networking Technologies, Sequential, Parallel, Distributed and Cloud Computing, Advances in Software Engineering, Multimedia, Image Processing, and Embedded Systems, Security and Privacy, Special Track (IoT, Smart Technologies and Green Engineering). The Technical and Advisory Committee Members were from various countries that have rich Research and Academic experience.
Conference Title: TEQIP - III Sponsored First International Conference on Innovations and Challenges in Computing, Analytics and SecurityConference Acronym: ICICCAS-2020Conference Date: 29-30 July 2020Conference Location: Pondicherry Engineering College, Puducherry – 605014, India (Virtual Mode)Conference Organizer: Department of Computer Science and Engineering, Pondicherry Engineering College, Puducherry, India.Conference Sponsor: TEQIP-III NPIU (A Unit of the Ministry of Human Resource Development, India)