Cyber‎-Physical Systems‎:‎ Foundations‎,‎ Principles and Applications explores the core system science perspective needed to design and build complex cyber‎-physical systems‎.‎ Using Systems Science‎'‎s underlying theories‎,‎ such as probability theory‎,‎ decision theory‎,‎ game theory‎,‎ organizational sociology‎,‎ behavioral economics‎,‎ and cognitive psychology‎,‎ the book addresses foundational issues central across CPS applications‎,‎ including System Design ‎-‎- How to design CPS to be safe‎,‎ secure‎,‎ and resilient in rapidly evolving environments‎,‎ System Verification ‎-‎- How to develop effective metrics and methods to verify and certify large and complex CPS‎,‎ Real‎-time Control and Adaptation ‎-‎- How to achieve real‎-time dynamic control and behavior adaptation in a diverse environments‎,‎ such as clouds and in network‎-challenged spaces‎,‎ Manufacturing ‎-‎- How to harness communication‎,‎ computation‎,‎ and control for developing new products‎,‎ reducing product concepts to realizable designs‎,‎ and producing integrated software‎-hardware systems at a pace far exceeding today‎'‎s timeline‎.‎ The book is part of the Intelligent Data‎-Centric Systems‎:‎‎.‎‎.‎‎.‎