594-001
|
Synchronization-based
Nonlinear Control of Chaotic PM Motors
A. Zahar (Kuwait), M. Zohdy (USA), and A. Abu-Rezq
(Kuwait)
|
Abstract
|
|
594-014
|
Nonlinear
Phenomena and Stability Analysis for Discretized Control Systems
Y. Okuyama (Japan)
|
Abstract
|
|
594-021
|
Quasi-Periodicity
to Period-Doubling of Parallel-Input / Parallel-Output Boost DC-DC Converter
A. Harb, M. Al-Mothafar, A. Natsheh (Jordan), and
I. Batarseh (USA)
|
Abstract
|
|
594-027
|
Single-Phase
Power through Three-Phase Self-Excited Induction Generator Utilizing Renewable
Energy Resources
S.K. Goel and A. Srivastava (India)
|
Abstract
|
|
594-030
|
A New
Two-Input Single-Output Fuzzy Controller
J.-P. Su, T.-E. Lee, and K.-W. Yu (Taiwan)
|
Abstract
|
|
594-036
|
A Composite
Parallel Intelligent Controller for Multimodal and Uncertain Systems:
Theoretical Formulation
S. Kamalasadan (USA)
|
Abstract
|
|
594-037
|
A Composite
Parallel Intelligent Controller for Multimodal and Uncertain Systems:
Design and Development
S. Kamalasadan (USA)
|
Abstract
|
|
594-801
|
Using
Artificial Neural Networks to Model Acoustic Release of Doxorubicin from
Unstabilized Pluronic P105
G. Husseini (UAE, USA), N.M. Abdel-Jabbar (UAE,
Jordan), F.S. Mjalli (Malaysia), and W.G. Pitt (USA)
|
Abstract
|
|
What are Digital Object Identifers?
The aim of this modern nonlinear conference is to publish original papers on all topics related to nonlinear dynamics and applications in fields such as, electrical, mechanical, civil, chemical, and other systems. The contributions concerned will discuss a practical problem, the formulating nonlinear model, and determine closed form exact or numerical solutions.
Topics to be covered by this conference include, but are not limited to:
* Nonlinear Dynamic Stability
* Bifurcation
* Chaos
* Perturbation Techniques
* Fluid Mechanics
* Applied Mechanics
* Classic Control Systems
* Intelligent Control Systems (Fuzzy, Neural, Genetic, etc.)
* Fractal Order Systems
* Power Systems and Energy
* Electrical Machines
* Power Electronics and Machine Drives
* Security in Communication Systems
* Nonlinear Control.