Remy consultants can develop the on-board diagnostics for embedding into your equipment. This can include developing the diagnostic model as well as a runtime interface or just the model and you can use the API to develop your own user interface.
Remy can use iTech to assist you during the design phase of a product or system to analyze your system design for supportability estimating the following:
- MTTD (Mean-Time-To-Diagnose)
- MTTR (Mean-Time-To-Repair)
- Ambiguity groups (remaining untestable items)
- Min, Ave, Max of the above
This will help you identify where to add either BIT (error codes) or manual test-points to improve your design for testability. Also issues like time-to-repair/replace can be estimated and the design improved for quicker easier repair.
By building an iTech model, Remy can assist you in doing FMECA analyses of your system to help identify critical components which can then be considered for redundancy.
For each component failure the system can show/predict which functions will fail.
Remy consultants can develop the manual or remote diagnostics for use by customers or service personnel. This can include developing the diagnostic model as well as a runtime interface or just the model and you can use the API to develop your own user interface. These troubleshooting solutions can interface with your equipment, run over the internet or on a standalone PC.
Remy can assist with the development of custom user interfaces for troubleshooting purposes, whether this is for deployment on mobile devices, on-board diagnostics, remote diagnostics, web-based or otherwise. The iTech API makes this all possible.
Whether you want to learn how to troubleshoot technical problems or want to learn how to use iTech in-house and develop your own models, Remy can train your engineers in the modelling techniques (iTech modeler) and runtime interfaces (API).
Troubleshooting subjects include:
- Split-half reasoning
- Probabilistic reasoning
- Heuristic search
- Backward and forward chaining
- Dependency modeling
- Rule-based reasoning
- Case-based reasoning
- DFS (Design for Supportability)
- MTTD/MTTR
