Each EclipseSCADA component was deployed on an individual virtual machine hosted on the NeCTAR research cloud [2], which runs OpenStack (Kilo Release), configured with Neutron with Linux bridge networking.
When a service component is deployed, the information related to this service is saved in a Service Table.
Finally, the way the application components are deployed on the platform, and the way the platform is deployed on the infrastructure reflect the use of isolation and replication, and in turn, affect the eventual robustness.
Following analysis and component specification, both the barrier and mooring system components were deployed.
In order to understand how the distribution of SCADA components affects network communication, "field devices" and "remote server" components were deployed across the Melbourne and Tasmania cloud regions.
Radigost agents and parts of the system itself are implemented in JavaScript and executed inside the client's web browser, while an additional set of Java-based components is deployed on an enterprise application server.
Endovascular prostheses, assembled from tubular textile fabric and wire stent components, are deployed and expanded non-invasively from catheters for the repair of aneurysms in medium and large caliber arteries.
These components are deployed as any other component and can be managed, monitored, and accessed via specific Drivers.
As mentioned above, simulated field devices were deployed in Tasmania, while SCADA components were deployed in Melbourne.
The EclipseSCADA system was deployed across Melbourne and Tasmania cloud regions, where simulated field devices were deployed in Tasmania, and SCADA components were deployed in Melbourne.
