Wb3417 2009 6 oct - Code List of Tests Code 1 2 3 4 5 6 7 8...

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Code Title List of Tests Code Title 1 Airport Baggage Handling 2 Hospital 3 Public transport system 4 Shortest Path 5 Lift system 6 Project Planning 7 People movers at Airports 8 Pub Logistics 9 Stacking Operations at a Container Terminal. 10 Container Transport Between Terminals 11 Rail Service Center 12 Bulk Export Terminal 13 The Quarry 14 Bulk Distribution Center Design 15 The Ferry Service Remarks: 1) These tests are exercises in modeling and simulation with the process interaction method. Most tests are simplified real life cases. If solutions are possible using other techniques or tools still a process interaction model has to be made as intended in the course. 2) The models have to be made as “generic” as possible. Or in other words the models should be applicable for a class of similar problems. Check your group on BB For each group: Select 2 tests: first and second choice Mail to Mrs. Spoek Schouten J.W.M.Spoek-Schouten@tudelft.nl Before Monday Oct 12 Group number , test Nr. first choice , test Nr. second choice Some rules for the test: The test is performed by a group of at most four students The final work (report and model) will be graded. Each group has a coach. The group makes appointments with the coach for meetings. Four meetings should be sufficient to complete the test. Make your first appointment at the lecture of Oct. 13 On each meeting with the coach all group members should be present Each member of the group is accountable for the work and should be able to explain the work.
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Steps for assignment2 Re-define Server with own myClientQ Define time_in_systemQ and ServerQ as global Queues Change generator process : put new client in myClientQ of the first server firstServer:=ServerQ.FirstElement; newClient.enterQueue(FirstServer.MyclientQ); newClient.enterQueue(time_in_systemQ); Change ServerProcess: wait for clients in ‘own’ myClientQ in stead of the global ClientQ. Then put myclient in the myClientQ of the successor in the serverQ: nextServer:=Successor(ServerQ); if nextServer=nil then //Client is ready: begin myClient.LeaveQueue time_in_systemQ) ShowMessage(floatToStr( time_in_systemQ.MeanWT)); //mean WaitingTime end else myClient.enterQueue(nextServer.myClientQ); In theCase definition: create time_in_systemQ and ServerQ create 3 Servers as follows for i:=1 to 3 do begin newServer:=Server.Create(‘server’); newServer.enterQueue.ServerQ; newServer.myClientQ:=TomasQueue.create(‘clientQ’); newServer.Start(0); end; {Definition of the Element Classes} Server = Class(TomasElement) public myClientQ : TomasQueue; published procedure Process; reintroduce; end; Introduction Conceptual Modeling Behavior and Processes The concept of Simulation Modeling Process Description Language Implementation in TOMAS Distributed Simulation WB3417 Prototyping Formalization Implementation
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WB3417 The concept of Simulation Modeling Terminal model with AGVs ShipWaitingQueue Arrival Departure Interface between QC and AGV system to transfer containers.
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Wb3417 2009 6 oct - Code List of Tests Code 1 2 3 4 5 6 7 8...

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