Nonlinear Systems: Design, Analysis, Estimation and Control



Nonlinear Systems: Design, Analysis, Estimation and Control is published by in January 2016. This book has 357 pages in English, ISBN-13 978-9535127147.

This book is a research monograph done by many researchers from around the world to detail recent developments of nonlinear systems and control. The book selected a collection of nonlinear systems papers, which range from quantum mechanics, chaotic systems to nonlinear dynamical systems such as unmanned vehicle platform and 3D crane system. More interestingly, the book covers not just scientific, engineering problems, but also earth data assimilation, economic development modeling; that is, from theories to the applications in real world issues. This book has a couple of analytic tools to nonlinear control problems, such as feedback linearization, partial different equation, Frobenius theorem, Lyapunov theory, its Exponents, Nikiforov-Uvarov method, eigen-value/-vector, pseudo-composition (predictor-corrector), or stochastic methods including Kalman filtering. Many practical systems or natural phenomena are nonlinear, so as a scientist or engineer’s perspective, we interpret the system and represent the system using scientific approaches where the tools are basically mathematics, scientific approaches including physics-based, chemical or social analysis. Then, they interpret the system characteristics, try to represent the system using scientific approaches to get comprehensive result of such nonlinear or complex systems..