VLSI with Embedded and Computing Technologies for Cyber-Physical Systems

Abstract

Yet somehow, Very Large Scale Integration (VLSI), embedded systems and advanced computing technologies mix to create a new era of cyber physical systems (CPS). These sophisticated platforms elegantly represent the digital and physical planes as one plane and allow a new dimension of monitoring, analysis, control over various domains. It is within this field of transformation that we will explore the consequences of the confluence of VLSI design, embedded computing and leading edge technologies in how our world is changing and forming smarter, more efficient systems.Better and better able cyberphysical systems have resulted from rapid evolution of microelectronis, information processing and sensor technologies. These are large opportunities for businesses and economies as well. However, the design of the system, and the tactics of optimization of performance and the guarantee of security assurance are peculiar problems introduced. Advance embedded computing techniques and novel design approaches are required to exploit the CPS potential in a correct way.In this problem centered exploration, we explore the principal components for cyber physical systems, discuss how VSLI and embedded technologies are the main enabling processors for this broad class of integrated systems, and comment on the implications and applications to such systems. CPS aren’t just impacting smart manufacturing and autonomous vehicles, but energy management and healthcare as well. What to look around at and revolve around, casting our eye on what will be in the foreseeable future to that technology.