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Holonic Manufacturing Demos (Flash 5)

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Short TV Clip of Custom Phone Manufacturing

This demo was produced for a TV clip and so is very short (about 15 seconds). In this scenario, Jenny custom designs a mobile phone by selecting from a range of component parts on the "V...Mobile" web site. She selects a pink phone with a gold aerial. The order is electronically dispatched to the Holonic Manufacturing Plant. The Order Holon monitors the assembly of the product by interacting with the assembly line and the holons that manage the robot resources. The demo concludes with Jenny talking on her new custom mobile phone.

This demo is based on an actual implementation of JACK-based holonic manufacturing at the Cambridge Robotic Assembly Cell at Cambridge University, England.

Click here to view (approximate size = 700k)
We recommend that you make your browser window as large as possible.
Right-click to bring up a menu to control the animation (Control-click on Macintosh platforms).

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Long Animation of Holonic Manufacturing Plant

This demo shows a Holonic Mobile Phone Manufacturing Plant. Because it was developed for a seminar, the scenes have no subtitles. These will be added in due course.

When the demo opens in a new window it downloads the first scene and starts playing. You can jump to each scene by clicking on the buttons on the remote control. You can also pause/play and cue/review with the controls at the bottom of the TV screen.

This demo is based on an actual implementation of JACK-based holonic manufacturing at the Cambridge Robotic Assembly Cell at Cambridge University, England.

  1. The "Introduction" sets the scene for the demo with incoming orders received by phone, electronically and by mail, culminating in completed orders being dispatched by truck.
  2. The "Factory" scene shows the three manufacturing lines. Each has a robot that places components onto the circuit board. The populated circuit board then passes a monitoring station on its way to the Wave Soldering machine. The soldered circuit board is then checked for faults and combined with the other components to form a complete mobile phone. This is then passed to the final testing station.
  3. The "Holons" scene provides a brief overview of the holons in the factory. Move your mouse over each holon to see an outline of its function and the types of communication it has with the other holons. When you are ready to continue, click on the "Play" button at the bottom of the TV screen.
  4. The "Scenario" scene presents a calendar showing the current orders and the order history for this year. The "Red" and "Blue" customers place regular monthly orders. Due to the order placed by the "Green" customer, the factory is at full capacity for the month of June. The Manufacturing Holon then computes the schedule for June.
  5. The "Breakdown" scene shows the schedule being filled for the first two weeks. At the start of the 3rd week, a fault is detected in the output of the Wave Soldering machine on Line 1. Line 1 halts, but the other two lines continue production.
  6. The "Recovery" scene illustrates the negotiation that occurs to repair the schedule (you will probably need to use the "Pause" button so that you have enough time to see what is going on). The scene concludes with the generation of a modified schedule.

Click here to view (approximate size of first scene = 10k)
We recommend that you make your browser window as large as possible.

Note: There appears to be a problem with the Linux Flash 5 Player related to Flash movies containing multiple levels. If you do not see buttons on the remote control, then your Flash Player has this problem. We are trying to find a workaround. There are no known issues on Windows and Macintosh platforms.

New in Jack v5.0: The JACK Development Environment (JDE) has been extended to provide the ability to trace execution using JACK Design Diagrams.

After configuring the JDE to trace certain diagrams, it can connect to a running JACK™ application and when any transitions occur that match links in the diagram, they will be highlighted.

Click here to learn more

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