Open Call for Papers for 2 special issues:
"Multivariable Control, Non-Linear Control, Robust Control"
"Time Delay Systems: Modelling, Identification, Stability, Control and Applications"
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A) Special Issue in: Multivariable Control, Non-Linear Control, Robust Control
Aim/Topics:WSEAS Transactions on SYSTEMS and CONTROL seeks original manuscripts for a Special Issue in MULTIVARIABLE CONTROL. NON-LINEAR CONTROL. ROBUST CONTROL. Our Special Issue will be a collection of methods and approaches, which benefits from various types and classes of conventional and modern control methods and concepts. The focus of this special issue is to publish the highest quality research in multivariable control for linear and nonlinear dynamic systems with certain and uncertain parameters including robust and sliding mode control with modeling and simulation of dynamics and the applications of control methods in aerospace and other engineering systems.
The topics of the special issue will include the following:
:• Multivariable Control, Modeling and Simulation for Linear and Nonlinear Dynamic Systems with Certain and Uncertain Parameters
• Robust Control
• Sliding Mode Control
• Applications in Aerospace and Other Engineering Systems
Important dates
Submission deadline: August 30, 2011
Completion of the first round of reviews: October 30, 2011
Minor revisions due: November 30, 2011
Final acceptance notification: December 30, 2011
How to Submit:
Upload your paper via
http://worldses.org/transactions/
Select Journal: WSEAS Trans. on SYSTEMS and CONTROL
and in the field
Special (Invited) Issue
fill in Multivariable Control, Non-Linear Control, Robust Control
Editor of the Special Issue:
Professor Elbrous M. Jafarov
Istanbul Technical University
Turkey
E-mail: cafer@itu.edu.tr
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B) Special Issue in: Time Delay Systems: Modelling, Identification, Stability, Control and Applications
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Call for Papers: WSEAS Transactions on Systems and Control seeks original manuscripts for a Special Issue in Time Delay Systems: Modelling, Identification, Stability, Control and Applications.
In feedback control systems, delay as a generic part of many processes is a phenomenon which unambiguously deteriorates the quality of a control performance. Modern control theory has been dealing with this problem since its nascence – the well known Smith predictor has been known for longer than five decades. Systems with delays in technological and other processes are usually assumed to contain delay elements in input-output relations only, which results in shifted arguments on the right-hand side of differential equations. All the system dynamics is hence traditionally modelled by point accumulations in the form of a set of ordinary differential equations. However, this conception is somewhat restrictive in effort to fit the real plant dynamics since inner feedbacks can be of time-distributed or delayed nature. Time delay (hereditary, anisochronic) models, contrariwise, offer a more universal dynamics description applying both integrators and delay elements on the left-hand side of a differential equation, either in a lumped or distributed form.
Modelling, identification, stability analysis, stabilization, control, etc. of time delay systems are challenging and fascinating tasks in modern systems and control theory as well as in academic and industrial applications. Many related problems are unsolved and many questions remain unanswered.
Important dates
Submission deadline: September 15, 2011
Completion of the first round of reviews: December 15, 2011
Minor revisions due: February 15, 2012
Final acceptance notification: April 15, 2012
How to Submit:
Upload your paper via http://worldses.org/transactions/
Select Journal: WSEAS Trans. on SYSTEMS and CONTROL
and in the field Special (Invited) Issue
fill in Time Delay Systems: Modelling, Identification, Stability, Control and Applications
Editor of the Special Issue:
Libor Pekar, MSc.
Tomas Bata University in Zlin
Faculty of Applied Informatics
nam. T. G. Masaryka 5555, 76001, Zlin
Czech Republic
E-mail: pekar@fai.utb.cz
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