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Advanced topics in OpenCIM

Advanced topics in OpenCIM. CIM: The need and the solution. Architecture overview. How Open is OpenCIM. Optimization and performance analyses. AGV in Open CIM. Remote Operation. Cim in the industry and education.

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Advanced topics in OpenCIM

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  1. Advanced topics in OpenCIM CIM: The need and the solution. Architecture overview. How Open is OpenCIM. Optimization and performance analyses. AGV in Open CIM. Remote Operation

  2. Cim in the industry and education Definition: The total integration of Computer Aided Design, Manufacturing and other business operations. • CIM In Industry • In the educational world, CIM is used for: • Train and give perspective for industrial world. • Demonstrate and give hands-on experience with Complex, Interdisciplinary and Hierarchical systems. • Provide solid environment for projects.

  3. Architecture overview • Data flow. • Simulation modes. • Machine queues.

  4. Diagram:

  5. Real-time communication: Commands and status reports. Communication design goals: • Define effective language. • Focus on “what to do” not “how to do”. Implementation: • TCP/IP messages.

  6. Simulation Simulation is essential in both industry and in education. Benefits of simulation include: • In Industry: • Improve productivity. • Test what if scenarios. • In Education: • Explain scope of problem by demonstrations of different CIM cells. • Improve lab usability. • Advanced research.

  7. Simulation in OpenCIM OpenCIM includes three different types of simulations: • Full Simulation. • Device drivers simulation. • Mixed mode simulation.

  8. OpenCIM is Open Open systems: Mechanical, Electronics and Software. • Support for 3rd party machines, robots, parts delivery or QA systems. • Support for integrating user code in the open CIM system: • Add new Device drivers. • Replacing parts of the manager: Optimization • Integrating 3rd party, or users program, with OpenCIM- (Oracle ERP )

  9. Oracle ERP & OpenCIM Integration The Oracle ERP-OpenCIM interface combines Oracle’s E-Business Suite, a complete set of business applications, with OpenCIM • For OpenCIM users: Expand the ERP capabilities. • For Oracle users: See the effect of ERP in a real manufacturing environment. bridge the gap between the manager’s desktop and the manufacturing shopfloor. It includes: • Oracle e-Business Suite. • A sample set of fictitious companies. • A demo application for a specific OpenCIM factory.

  10. Oracle ERP & OpenCIM Integration continued The Oracle ERP-OpenCIM Interface integrate of the two systems in the following manner: • OpenCIM: sends factory layout and machines definitions to Oracle. • Oracle: maintains customer, supplier, storage and BOM data; executes MRP; sends manufacturing order to OpenCIM. • OpenCIM: receives manufacturing order from Oracle and executes it through the CIM Manager (on-line or in simulation mode). • OpenCIM: sends status reports to Oracle. • Oracle: receives status reports; updates storage data; outputs various reports.

  11. Oracle ERP – OpenCIM Diagram

  12. Optimization & Performance Analyses • Optimization solves the complex issue of balancing time, cost and quality. • Optimization is controlled by: • Hardware setup • Part definition • Order entry • Scheduling, dispatching and machine queue • Run time Optimization and Performance analysis. • Implementing new optimization algorithms in user code, and use them with the Optimization and Performance analysis tools

  13. Machine Queue Optimization

  14. Performance Analysis

  15. AGV in Open CIM • AGV in a station • AGV to another CIM system or external storage. • AGV replacing the conveyer in OpenCIM

  16. Remote Operation in Open CIM • Remote monitoring: • On line 3D Graphic display. • On line tabular reports. • Remote data entry. • Order entry. • Part definition • Remote Operation.

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