As every system becomes more and more complex, the according maintenance becomes more and more difficult. This diploma thesis describes a maintenance assistant system which simplifies the maintenance action and makes it more fail-safe. In particular, a workflow editor and the runtime engine of the maintenance assistant system are developed. This system divides any information physically into the socalled where-to-act and the what-to-do display. The where-to-act display provides simple directional information directly on the desired object in the environment and is presented by a laser projection. The additional what-to-do display tells the user the complex instruction. In the end the system is tested with an application analysis.
* Thesis.pdf
* Slides.pdf
* Video.mov:
* Thesis.pdf
* Slides.pdf
* Video.mov:
| ProjectForm | |
|---|---|
| Title: | Maintenance Support using Hybrid Displays |
| Abstract: | As every system becomes more and more complex, the according maintenance becomes more and more difficult. This diploma thesis describes a maintenance assistant system which simplifies the maintenance action and makes it more fail-safe. In particular, a workflow editor and the runtime engine of the maintenance assistant system are developed. This system divides any information physically into the socalled where-to-act and the what-to-do display. The where-to-act display provides simple directional information directly on the desired object in the environment and is presented by a laser projection. The additional what-to-do display tells the user the complex instruction. In the end, the system is tested with an application analysis. |
| Student: | AndreasDemmel |
| Director: | GudrunKlinker |
| Supervisor: | BjoernSchwerdtfeger |
| Type: | Diploma Thesis |
| Area: | |
| Status: | finished |
| Start: | 2007/10/15 |
| Finish: | 2007/04/15 |