Abstract: An industrial control and automation human machine interface (HMI) technology migration scheme is embodied in object management, graphics technologies, and namespace handlers for HMI applications. New features of the second technology are supported for HMI graphics while retaining the functionality of systems embodying the first technology, including the ability to export to the first technology, graphics developed and/or managed in the second technology. A combination of facilities is provided to accommodate both the first and second HMI graphics technologies: name space integration, graphics rendering integration, and HMI application management integration.

Abstract: A manufacturing/process control system information access provider architecture is disclosed. Manufacturing/process control system data provider flexibility is achieved through a user-configurable manufacturing/process control information portal server that comprises multiple selectable data provides (sources) and/or data types that a particular data provider accommodates. A user configures the portal server to deliver manufacturing/process control information associated with a controlled process environment, such as a food processing plant floor or an oil refinery reactor, to the user via a browser client over the Internet or a corporate intranet. Furthermore, an extensible architecture is provided that enables adding new components to the portal server. Such extensions include new data sources and new data types/handlers.

Abstract: An industrial control and automation human machine interface (HMI) technology migration scheme is embodied in object management, graphics technologies, and namespace handlers for HMI applications. New features of the second technology are supported for HMI graphics while retaining the functionality of systems embodying the first technology, including the ability to export to the first technology, graphics developed and/or managed in the second technology. A combination of facilities is provided to accommodate both the first and second HMI graphics technologies: name space integration, graphics rendering integration, and HMI application management integration.

Abstract: A manufacturing/process control system information access provider architecture is disclosed. Manufacturing/process control system data provider flexibility is achieved through a user-configurable manufacturing/process control information portal server that comprises multiple selectable data provides (sources) and/or data types that a particular data provider accommodates. A user configures the portal server to deliver manufacturing/process control information associated with a controlled process environment, such as a food processing plant floor or an oil refinery reactor, to the user via a browser client over the Internet or a corporate intranet. Furthermore, an extensible architecture is provided that enables adding new components to the portal server. Such extensions include new data sources and new data types/handlers.

Abstract: A manufacturing/process control system information access provider architecture is disclosed. Manufacturing/process control system data provider flexibility is achieved through a user-configurable manufacturing/process control information portal server that comprises multiple selectable data provides (sources) and/or data types that a particular data provider accommodates. A user configures the portal server to deliver manufacturing/process control information associated with a controlled process environment, such as a food processing plant floor or an oil refinery reactor, to the user via a browser client over the Internet or a corporate intranet.