Solutions
Five Simple Steps to an Intelligent IETM
eXpress approach and support for complex test types allows diagnostics to be generated for Intelligent IETMs:
- Significantly Reduced Turn-Times for IETM Updates
- Simple, consistent approach for Generating IETM Logic
- Open Architecture to support future enhancements to the IETM environment
| 1 |
Build an eXpress Diagnostic Model
|
| Create Full Design using eXpress’s industry-preferred Graphical User Interface, or | |
| Import Designs from EDA/CAD/CAE, FMECA or other sources | |
| 2 |
Perform Diagnostic Analysis
|
| Generate Fault Codes for each set of isolated failures | |
| Validates the approach and design data | |
| Creates the diagnostic isolation sequence | |
| Generate Fault Templates for isolated Failures | |
| 3 |
Transfer Diagnostic Logic to the IETM
|
| Generate a Diag-ML File from eXpress diagnostics. | |
| Generate a fault code to fault template report to begin writing ITEM instructions for each fault code. | |
| Diag-ML is an XML representation of Diagnostic Rules and Sequences | |
| 4 |
Create IETM Database Procedures
|
| Add remaining Run-Time Constraints | |
| Link Tests to Sensor Monitoring Functions | |
| Link Conclusions to Remediation Logic | |
| 5 |
Deploy Run-Time
|
| Select Run-Time configuration | |
| DSI Workbench for the production or maintenance environment. | |
| DSI Workbench API for embedding of DSI Workbench reasoning into a user developed application. |
3rd party diagnostic reasoner using eXpress diagnostics through Diag-ML
Related Links
eXpress Diagnostic to the IETM Environment (Power Point Presentation)
