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“CyberLab” Göteborg Meeting

Education and Culture. “CyberLab” Göteborg Meeting. “Distance laboratory training by interactive ergonomic video-conferencing”. Alexander Kaplan Luleå University of Technology Project Coordinator. Distant Laboratory Experiments. Advanced Video-Conferencing. Outstanding, Unique Equipment.

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“CyberLab” Göteborg Meeting

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  1. Education and Culture “CyberLab”Göteborg Meeting “Distance laboratory training by interactive ergonomic video-conferencing” Alexander Kaplan Luleå University of Technology Project Coordinator

  2. Distant Laboratory Experiments Advanced Video-Conferencing Outstanding, Unique Equipment Interested user Instructions Observation Experiment Results, Analysis Communication Pay for Service

  3. Basic Idea of Distant Lab-Training

  4. Interactive Levels Lab-Video Conferencing Level of Sophistication

  5. Work Plan

  6. Phase i: CyberLab Development Identify the characteristic elements of lab training Identify the human behaviour Distinguish between general and lab type-dependent Create concepts for replacement by video-conferencing Detailed planning of possible concepts (equipment, etc.) Selectionof the concepts and lab experiments

  7. Original idea: Three methods Nottingham U: Portable camera – operator communication Twente U: Remote camera(s) – drives, zoom Budapest TU: Remote microscope – drives, magnification Abandoned: Remote robot camera – robot manipulation Are there other more promising concepts?

  8. Interaction during lab training Trainee Trainee Team Teacher and Operator Laboratory and Experiment

  9. Typical lab training: elements, interaction

  10. Cases to distinguish Manual Audio Visual Digital A: Pure communication between 2 persons B: Pure communication in a team > 2 C: Communication incl. whiteboard, documents, samples D: Observing a lab facility E: Mounting or adjusting of hardware F: Programming via PC or control panel G: Handling samples (preparing, fixturing, observing) H: Executing and observing motion I: Observing a radiating process J: Observing monitors and displays on-line K: PC post-analysis (e.g. of sensor signals) L: Microscopy (positioning, handling, observation, zoom)

  11. Typical lab training: elements, interaction C C D B C D E F G H I J C K L B C K

  12. Object size, distance, angle of view A: 2 persons communication B: Team communication Rotation, Zoom, Handling C: Document communication

  13. Laboratory: object perspective Facility Laser Processing head Laser panel CNC panel PC Experiment Sample Trainer Team

  14. Bird view of the lab: motions and angles Laser CNC-workstation, Processing head, Experiment Laser panel PC CNC- panel Team

  15. Substitution by a CyberLab Laser CNC-workstation, Processing head, Experiment Laser panel Detail camera CNC- panel PC Beamer Central camera

  16. Next meeting (Videoconference: June 2005) Date:September 2005 Place: ? Paris or Twente Goal What to do until the next meeting

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