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ch07-Extend.ppt
- 1. 1 Introduction to Extend Chapter7 Business Process Modeling, Simulation and Design
- 2. 2 Introduction to Extend Werecommend presenting this chapter by running Extend 6.0 directly, and interactively show how the program works. However, for your convenience, we have attached a selection of the figures/screenshots from Chapter 7 of the book as the basis for an in class presentation without access to a computer with Extend installed. NOTE:
- 3. 3 count ev ent 2 V 1A P u # A1-3 A1-3 S DS u # Executive Import Repository Operation Export Basic Extend Blocks Extend Elements
- 4. 4 2 V 1 AP Apps In This example shows a credit application rev iew process. One application arriv es ev ery 10 minutes and is placed in an in box to await processing. There are f our applications already in the in box when the simulation starts. The rev iew process takes 14 minutes f or each application. u # 17 In Box A1-3 A1-3 S DS u 0 0 Rev iewer # 34 Apps Done count ev ent A Simple credit application process Extend Elements
- 5. 5 Main Extend window Tutorial:Basic Queuing Model
- 6. 6 Import dialog window BasicQueuing Model
- 7. 7 2 V 1 AP Requests In # 35 Requests done A1-3 A1-3 S DS u Underwriting u # 0 In Box Underwriting process model with a single team Basic Queuing Model
- 8. 8 Blocks in theStatistics Submenu of the Discrete Event library Update Queue Stats Cost Stats Update Resource Stats Update Activ ity Stats C T A Row Cost By Item Data Collection and Statistics
- 9. 9 Stack block L wp p R Queue Statistics
- 10. 10 Underwriting process modelwith a stack block 2 V 1 A P Requests In # 35 Requests done A1-3 A1-3 S DS u Underwriting L w p p R In Box Queue Statistics
- 11. 11 Queue statistics for“In Box” block Queue Statistics
- 12. 12 Plotter, Discrete Eventblock Queue Statistics
- 13. 13 Underwriting process modelwith a plotter block 2 V 1 A P Requests In # 35 Requests done A1-3 A1-3 S DS u Underwriting L w p p R In Box Queue Statistics
- 14. 14 Waiting time vs.simulation time 0 10 20 30 40 0 0.25 0.5 0.75 1 1.25 1.5 1.75 2 Time (Hours) Hours Waiting time at In Box Waiting time Queue Statistics
- 15. 15 Input Random Numberblock 1 2 3 Rand Random Processing Times
- 16. 16 Underwriting process modelwith random processing times 2 V 1 A P Requests In # 3971 Requests done A1-3 A1-3 S DS u Underwriting L w p p R In Box 1 2 3 Rand Random Processing Times
- 17. 17 Queue statistics for“In Box” block (100-week run) Random Processing Times
- 18. 18 Dialog window ofthe Underwriting block Random Processing Times
- 19. 19 0 1000 20003000 4000 0.3832314 0.5374235 0.6916157 0.8458078 1 Time (Hours) Utilization Team Uti lization Average utilization of the underwriting team Random Processing Times
- 20. 20 Underwriting process modelwith two teams 2 V 1 A P Requests In # 2455 Requests done A1-3 A1-3 S DS u Underwriting 1 L w p p R In Box # 1534 Requests done 1 2 3 Rand A1-3 A1-3 S DS u Underwriting 2 Adding a Second Team
- 21. 21 Transaction block C # u D Addinga Second Team
- 22. 22 Modeling multiple teamswith a transition block 2 V 1 A P Requests In # 3989 Requests done L w p p R In Box 1 2 3 Rand C # u D Underwriting Adding a Second Team
- 23. 23 Additional blocks fromthe BPR and Discrete Event libraries Adding a Labor Pool
- 24. 24 Underwriting process modelwith a review activity and a labor pool Adding a Labor Pool
- 25. 25 “Approve?” block dialog Addinga Labor Pool
- 26. 26 Animate tab of“Requests In” block Animating the Model
- 27. 27 Animate tab of“Teams” block Customizing the Animation
- 28. 28 Cost tab oflabor pool block Calculating Costs
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- 31. 31 Underwriting process modelwith cost collection blocks Calculating Costs
- 32. 32 Flowchart view ofthe simulation model for the Underwriting process Using the Flowchart View
- 33. 33 Queue 1 Queue2 Server 1 Server 2 Process with two servers in series Exercise 3
- 34. 34 Teller configuration (multiplequeues) 1 2 3 4 5 Exercise 4