While smart phones are strictly speaking computing and no "physical" devices in the sense of this paper's definition of cyber-physical systems, this is not yet cyber-physical cloud computing.
Cyber-physical cloud computing reinforces the need for a thoughtful security concept.
This section provides a selected blend of such scenarios that appear to be representative for cyber-physical cloud computing.
Cyber-physical systems combine a cyber side (computing and networking) with a physical side (mechanical, electrical, and chemical processes).
In this section, we provide background information on cloud computing, its service models, and major cloud computing providers; cyber-physical systems and their advantages in general as well as a typology on firewalls.
We note that the policy makers would greatly benefit if softwares like FluTE or Ciofi can be made available through a cyber-enabled computing infrastructure, such as TeraGrid [ 87].
Aiming to overcome this gap, we investigate firewalls' role and security in cloud computing with respect to cyber-physical systems.
In particular, for each considered frequency f we run 200 Monte Carlo simulations (with randomly generated system parameters) both in the case of the cyber-physical and the cyber adversary, and we compute the CDF (cumulative distribution function) of the detection ratio.
Core has invested in 52 companies doing business in data analytics, cyber security, enterprise data mobility and cloud computing infrastructure markets.
An overview of sustainable computing is provided and different approaches towards design and verification of energy-sustainable computing (i.e., sustainable computing from energy consumption perspective) are discussed for cyber physical systems (CPSs), i.e., systems with strong coupling between computing components and non-computing processes in physical environment.
