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Attendees Will Learn ...
Concepts
• How UA embraces
the latest internet technologies (XML, Web Services …) to
provide true platform independence.
• How UA
seamlessly combines the functionality of all of the existing OPC
interfaces.
• How UA will
provide plug-n-play interoperability at higher levels of the
enterprise (MES, ERP …).
• How UA will
become the preferred method to exchange data through
collaborative efforts with other standards organizations (ISA,
Fieldbus Foundation,HART Communication Foundation, PROFIBUS
Nutzerorganisation, EDDL, …).
• How UA will
solve real end-user application problems.
Architecture
• What an
information model is and why UA is an information modeler’s
dream.
• How to expose any data from any system “as-is” without the
need to transform it into some other OPC-defined format.
• How to use UA in automation systems represented by components
using device description technology (EDDL)
• Why UA provides multiple transports and encodings to balance
the need for speed and compatibility.
• How UA applies the latest state-of-the-art Web Services
security standards.
• How UA is architected for robustness, reliability and
redundancy.
• How end-users can “UA-enable” any existing OPC application.
• How OPC vendors can migrate existing OPC products to UA.
• Why OPC provides a high level programmer’s API in multiple
languages to its members.
Implementation
• How to implement
UA applications on a Microsoft .NET platform using WCF (Windows
Communication Foundation, MS codename Indigo).
• How to implement UA applications using the JAVA API.
• How the communications stack, programmers API and the
reference implementation all fit together and how to choose the
right entry point for your UA development.
• Why OPC provides
portable ‘C’ code for easy UA implementations in embedded
devices.
• How UA “Profiles” allow developers to pick and choose the
functionality they need.
• How integrating UA into your application is easier than
integrating the previous OPC interfaces.
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