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Introduction
- Overview
- Entry Points to Learning About ISO 15926
- Case Studies
- Principles of Interoperability
- Building a Business Case
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Using ISO 15926 Tools
- Discovering the Right Class
- TC 184 SC 4 WG 3
- Using the RDS/WIP (RDL Façade)
- POSC/CAESER RDS
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Tutorials
- Mapping to ISO 15926-4
- Using Templates
- Diagnostic Page
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TracNav menu
- Back to Avalon Collaboration Page
-
Introduction
- Overview
- Entry Points to Learning About ISO 15926
- Case Studies
- Principles of Interoperability
- Building a Business Case
-
Using ISO 15926 Tools
- Discovering the Right Class
- TC 184 SC 4 WG 3
- Using the RDS/WIP (RDL Façade)
- POSC/CAESER RDS
-
Tutorials
- Mapping to ISO 15926-4
- Using Templates
- Diagnostic Page
Deploying iRING for the 2010 Digital Plant Conference
Status of this document: Working Draft
This document is open for feedback, please post questions and comments in the forum at the bottom of this page. You will need a login to post in the forum.
Contents
Abstract
[Enter abstract]
This is a record of implementing iRING in order to participate in the 2010 Digital Plant Conference.
Purpose of Participating:
- A chance to learn more about ISO 15926.
- To provide a written record to enable others to more easily plan and execute a demonstration of iRING.
Background of Participant
- Piping Designer by trade
- Experienced PDS Administrator
- Experienced AutoPLANT Administrator
- A solid introduction to database administration
Preliminary Steps
- Download iRING Installation Guide
- Submit to network security personnel and get permission to install
- Secure a computer suitable to run the iRING Sandbox (this turned out to be a CAD workstation)
- Workstation was reimaged to provide a known platform
- Decide which scenario to participate in
- Chose Intelligent P&ID export/import
- To reduce workload, use the OpenPlant !PowerPID drawings from the Camelot demonstration
- Download OpenPlant !PowerPID software from Bentley