Advances, Systems and Applications
From: Dynamic resource provisioning for cyber-physical systems in cloud-fog-edge computing
Method | Key Points | Related Work |
---|---|---|
 | 1.Fog computing supported MCPS |  |
 | 2.Pushing Fog computing to lower logical level as a set of mechanisms |  |
FC-CPS | enabling the deployment and execution of multiple location-aware | [65] |
 | 3.System-level CPS and DT are geographically concentrated | [66] |
 | 4.New architecture of CNC machine tools based on CPS and fog computing |  |
CPS-Healthcare system | 1.Attribute based proxy reencryption | [64] |
 | 2.Medical information system | [67] |
IFCIoT | 1.Geographical or logical clusters | Â |
 | 2.Situ processing and offloading | [68] |
Virtual Machines(VMs) | 1.Economic and environmental issues | Â |
Physical Machines(PMs) | 2.Vector bin-packing problem | [69] |
First-Fit Decreasing(FFD) | 3.FFD based heuristic techniques | Â |
Cloud-to-Things continuum | Mission-critical applications | [70] |
Trust management system | Lightweight management system | [71] |
Exogenous coordination model | Support considerable smart devices in CPSCN applications | [72] |
PsCPS | A distributed platform for cloud and fog integrated CPS | [73] |
CPSWare | 1.Systemic solutions for solving computing and networking issues in CPS | Â |
 | 2.Enable the integration of CPS with cloud and fog computing | [74] |
ICPS | A Bluetooth 5 fog computing based ICPS architecture | [75] |