Also, Chaos Control is available across all major mobile and desktop platforms with seamless sync. And the best part is, you can handle both heavyweight project planning and simple daily routine like shopping list management in one flexible app. Whether you are running a business, launching an app, working on a project or simply planning your holiday trip, Chaos Control is a perfect tool to manage your goals, juggle your priorities, and organize your tasks to get things done. This simple technique helps you to prioritize your goals before acting on them.Ĭhaos Control is a task manager based on the best ideas of methodology created by David Allen. Just write down your desired outcomes to make them real. It's the ability to set legitimate goals that makes the difference. People don't usually achieve impressive results simply by being good at task management. Chaos Control in Power System Using Higher Order Sliding Mode ControlĬhapter 5.Chaos Control was created to help you manage your goals, to-do lists and tasks in both your business and personal life. Ranjan Kumar, Nathaneal Kharlukhi, Md., Tanweer Alam and Piyush Pratap Singhĭepartment of Electrical Engineering, National Institute of Technology Meghalaya, Shillong, IndiaĬhapter 4. Chaos Control in Electric Vehicle Using Cascaded PI and PID Sliding Mode Control Techniques Projective Synchronisation of Complex Valued Hyperchaotic Systems and Encryption Techniques in Secure CommunicationsĬhapter 3. Real and Complex State Variables Based Autonomous Chaotic Systemsĭepartment of Electrical Engineering, National Institute of Technology Meghalaya, Shillong, Meghalaya, IndiaĬhapter 2. **Order both the printed version and the e-book together and SAVE!** BindingĬhapter 1. Also, the book will be helpful for (i) graduate or advanced undergraduate level students as a textbook or major reference book for courses such as electrical circuits, nonlinear dynamical systems, mathematical modelling, computational science, numerical simulation, and many others and (ii) postgraduate level students and young researchers in the following fields: Communication Engineering Computer Science Electrical and Electronic Engineering Mechanical Engineering Engineering Mathematics Computational Physics. Researchers from academia and industry, who are working in the research areas Nonlinear Dynamical Systems & Chaos, Electrical Engineering, Computer Science Engineering, Information Technology, Communication Engineering and Mechanical Engineering may be principal audiences. All the simulations are carried out in the MATLAB environment and reveal successful achievement of the objectives. Comparative performances are analysed followed by control of chaos in the Rotational Machine with Centrifugal Flyball Governor system where chaos is controlled using recursive backstepping sliding mode control. Chaos behaviour is explored in power systems and its control is presented using higher order sliding mode control. To optimize the control performance of the permanent-magnet synchronous motor with different disturbances and uncertainties, a nonlinear control for the permanent-magnet synchronous motor using sliding-mode control is reported and Cascaded PI sliding mode control technique is explored to control the chaotic behaviour in electric vehicles. Further, electric vehicles are the necessity of upcoming trends. Secure communication is achieved using Masking-Modulation and Diffie-Hellman Key Exchange encryption techniques. An autonomous chaotic system is explored with real and complex state variables their projective synchronisation is reported with application to secure communication. This book provides technological advancement in nonlinear dynamics and chaos and explores the fields of communication, electric vehicles, power systems and rotational machines with centrifugal flyball governor system. This book is suitable as a textbook at the graduate or advanced undergraduate level and will appeal to postgraduate-level students and young researchers in different fields.
The book covers different subjects in the field of nonlinear dynamics, especially applications and investigation of chaos and chaotic systems in electrical engineering, information technology, communication engineering and mechanical engineering. Series: Technology in a Globalizing World Piyush Pratap Singh, PhD – Assistant Professor, Department of Electrical Engineering, National Institute of Technology Meghalaya, Shillong, India