High-Performance Automation Methods for Computational Intelligent Systems : Design and Enabling Technologies (Computational Intelligence in Signal Processing and Automation)

Computational methods are necessary for the proper execution of the applications for the benefit of society and technological development. Technological development makes life easier by constructing powerful systems with the help of computational methods. The nature of computational methods changes from time to time and retains only efficient applicable theories. Researchers take the idea of existing computational systems and advance them as per possible future needs. Efficient computational methods solve complex problems and also help to make the system more intelligent. Automation process requires decision-making computational systems. A more intelligent system contains an efficient computational method, which is described by powerful algorithm development. The aim of this book is to identify the technological development for future computational systems, which ultimately reflects the more intelligent system. Automation has become the need of the hour in today’s world, and hence, the computational systems need to be upgraded to that level to perform the required tasks. The most efficient computational algorithm acts like a human being and offers a full sense of intelligent automation. This book: Presents the latest research trends for the upcoming computational intelligent systems in a comprehensive manner Focuses on the integration of multi-purpose and multi-dimension natural language into intelligent systems Elaborates on nature-inspired and intelligent behaviour-based computational methods to deal with the observation of nature Illustrates applications of quantum cellular energy-efficient computing methods for automation and applications of genetic algorithms in multidisciplinary fields Discusses aspects of intelligent automation like technology-based, architecture-based, logic implementation-based, and the different algorithms-based concepts It is primarily written for senior undergraduates, graduate students, and academic researchers in the fields of electric