Springer Green Symbiotic Cloud Communications

This book intends to change the perception of modern day telecommunications. Communication systems, usually perceived as “dumb pipes”, carrying information / data from one point to another, are evolved into intelligently communicating smart systems.  The book introduces a new field of cloud communications. The concept, theory, and architecture of this new field of cloud communications are discussed. The book lays down nine design postulates that form the basis of the development of a first of its kind cloud communication paradigm entitled Green Symbiotic Cloud Communications or GSCC. The proposed design postulates are formulated in a generic way to form the backbone for development of systems and technologies of the future. The book can be used to develop courses that serve as an essential part of graduate curriculum in computer science and electrical engineering. Such courses can be independent or part of high-level research courses. The book will also be of interest to a wide range of readers including both scientific and non-scientific domains as it discusses innovations from a simplistic explanatory viewpoint. From the Back Cover This book intends to change the perception of modern day telecommunications. Communication systems, usually perceived as “dumb pipes”, carrying information / data from one point to another, are evolved into intelligently communicating smart systems.  The book introduces a new field of cloud communications. The concept, theory, and architecture of this new field of cloud communications are discussed. The book lays down nine design postulates that form the basis of the development of a first of its kind cloud communication paradigm entitled Green Symbiotic Cloud Communications or GSCC. The proposed design postulates are formulated in a generic way to form the backbone for development of systems and technologies of the future. The book can be used to develop courses that serve as an essential part of graduate curriculum in computer science and electrical engineering. Such courses can be independent or part of high-level research courses. The book will also be of interest to a wide range of readers including both scientific and non-scientific domains as it discusses innovations from a simplistic explanatory viewpoint. About the Author H.D. Mustafa has graduated Summa Cum Laude (University Gold Medal) in 2001, from TU, New Orleans, USA with a Double Major in Computer Science and Computer Engineering and a PhD in Electrical Engineering. He is the first recipient of the prestigious Chancellor Fellowship in 1998 for pursuing Undergraduate Education. He is awarded the Honoris Causa, Doctor of Engineering Sciences in May 2015. Currently, he is the President R&D of Transocean Inc. and RIG Ltd. He is a fellow of the ACS and ICCA. He has published over 40 journal papers including publications in reputed international journals. He was the Associate Editor of Hydrocarbon Processing Journal from 2007 to 2009. He is a radical and dynamic multidisciplinary scientist and executive, leading interdisciplinary multibillion dollar R&D and Industrial projects. A multidisciplinary researcher his interest is not bound to any specific field but spans all domains of engineering and science. He is a strategic visionary and team leader amalgamating institutional and industrial research and a skilled expert in observing and translating concepts into reality, with operational excellence in diverse environments.  H.D. Mustafa is the Chief Inventor of the Crude Oil Quality Improvement (COQI®) technology and concept, which has market capitalization of US$ 2.5 Billion as of 2014. He was awarded the Merit Recognition Award by NASA, USA in 2005 and the President of India EMPI Award in 2006 by Government of India for his contributions to Research and Development. He was nominated and shortlisted for the prestigious Global Innovator of the Year Award for 2013. In July 2013, H.D.