1. M. Auer, W. Gallent 1 Remote Electronic Lab The Remote Electronic Lab as a Part of the Telelearning Environment of the Carinthia Tech Institute Dr.sc., Dr.-Ing. Michael E. AUER Dipl.-Ing.(FH) Wolfgang GALLENT supported by

2. M. Auer, W. Gallent 2 Remote Electronic Lab Task/Requirements Environment Hardware Software User Interface Conclusion

3. M. Auer, W. Gallent 3 Remote Electronic Lab Task System for carrying out electronic exercises via the Internet Real measurements - not simulation

4. M. Auer, W. Gallent 4 Remote Electronic Lab Basic Requirements Integration in the existing WBT system Common Internet browser at the client- side Minimal administrative needs

5. M. Auer, W. Gallent 5 Remote Electronic Lab Benefits of Remote Labs The students can login from any place of the world Access to specialized devices Real lab experience

6. M. Auer, W. Gallent 6 Remote Electronic Lab Telelearning Environment - Modem - ISDN - GSM - ADSL Hyperwave Information Server (GENTLE / eLS) MatLab - Server REL – Server Terminal – Server Application - Server Client PCs e.g. ORCAD

7. M. Auer, W. Gallent 7 Remote Electronic Lab Hardware

8. M. Auer, W. Gallent 8 Remote Electronic Lab Hardware

9. M. Auer, W. Gallent 9 Remote Electronic Lab Circuit Modules & Mainboard

10. M. Auer, W. Gallent 10 Remote Electronic Lab Module in Mainboard

11. M. Auer, W. Gallent 11 Remote Electronic Lab Software

12. M. Auer, W. Gallent 12 Remote Electronic Lab Client Control “REL-Access”

13. M. Auer, W. Gallent 13 Remote Electronic Lab Client Control for Power Supply

14. M. Auer, W. Gallent 14 Remote Electronic Lab Client Control for the Function Generator

15. M. Auer, W. Gallent 15 Remote Electronic Lab Client Control for the Digital Multi Meter

16. M. Auer, W. Gallent 16 Remote Electronic Lab Client Control for the Oscilloscope

17. M. Auer, W. Gallent 17 Remote Electronic Lab Client Control for DAQ Board

18. M. Auer, W. Gallent 18 Remote Electronic Lab WebCam

19. M. Auer, W. Gallent 19 Remote Electronic Lab Example Experiment October 27th, 2000: Remote experiment by TU Dresden

20. M. Auer, W. Gallent 20 Remote Electronic Lab NIWeek 2000 Semi Finalist

21. M. Auer, W. Gallent 21 Remote Electronic Lab Conclusion Different fields of application –Telelearning –Industry –Research Open for future extensions –User scheduling –Usage of IVI drivers –Switch matrix board for changing the probes

22. M. Auer, W. Gallent 22 Remote Electronic Lab Wanted! Partners for cooperation Exchange of experience with similar Projects Solutions for User-Scheduling Students as holiday-trainees or for diploma-projects

23. M. Auer, W. Gallent 23 Remote Electronic Lab Contact Dipl.-Ing.(FH) Wolfgang GALLENT E-mail: wg@cti.ac.at Dr.-Ing., Dr. sc. Michael E. AUER E-mail: M.Auer@IEEE.org