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105 Appendix A: Detailed GPSS Syntax priority parameter specifies the priority value assigned to the generated Transactions and will default to 0. If specified all these parameters are required to have a positive integer value or zero. In addition the half range parameter cannot be greater than the average interarrival time parameter. Reserved word: LEAVE Syntax: [] LEAVE [,] Description: The LEAVE block will release the specified number of Storage units held by the Transaction. The Storage name parameter defines the Storage entity from which units will be released and the second optional usage count parameter specifies how many Storage units will be released by the Transaction. If not specified this parameter will default to 1. Otherwise this parameter has to have a positive integer value that is less or equal to the size of the Storage. If the specified number of units is greater than the number of units currently held by the Transaction then a runtime error will occur. Reserved word: QUEUE Syntax: [] QUEUE Description: The QUEUE block causes the Transaction to enter the specified Queue entity. The required Queue name parameter describes the Queue entity that the Transaction will enter. Reserved word: RELEASE Syntax: [] RELEASE Description: The RELEASE block will release the specified Facility entity held by the Transaction. The Facility name parameter defines the Facility entity that will be released. If the Facility entity is not currently held by the Transaction then a runtime error will occur.
Reserved word: SEIZE Syntax: [] SEIZE Description: 106 Appendix A: Detailed GPSS Syntax Through the SEIZE block a Transaction will capture the specified Facility entity. The Facility name parameter defines the Facility entity that will be captured. If the Facility entity is already held by another Transaction then the Transaction will be blocked until it becomes available. Reserved word: TERMINATE Syntax: [] TERMINATE [] Description: TERMINATE blocks are used to destroy Transactions. When a Transaction enters a terminate block then the Transaction is removed from the model and not chained back into the Transaction chain. Each time a Transaction is destroyed by a TERMINATE block the local Termination counter is decremented by the decrement specified for that TERMINATE block. The Termination Counter decrement parameter is optional and will default to zero if it is not specified. TERMINATE blocks with a zero decrement parameter will not change the Termination Counter when they destroy a Transaction. Reserved word: TRANSFER Syntax: [] TRANSFER [,] Description: A TRANSFER block changes the execution path of a Transaction based on the specified probability. Normally a Transaction is moved from one block to the next but when it executes a TRANSFER block the Transaction can be transferred to a different block than the next following. This destination can even be located in a different partition of the model. For the decision of whether a Transaction is transferred or not a random value is drawn and compared to the specified probability. If the random value is less than or equal to the probability then the Transaction is transferred. The transfer probability parameter needs to be a floating point number between 0 and 1 (inclusive). It is optional and will default to 1, which will transfer all Transactions, if not specified. The destination label parameter has to be a valid block label within the model.
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TRANSACTION-ORIENTED SIMULATION IN
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Table of Content II Table of Conten
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IV Table of Content 6 VALIDATION OF
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Figures VI Figures Figure 1: Ad Hoc
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Tables VIII Tables Table 1: Change
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2 Introduction synchronisation algo
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2 Fundamental Concepts Fundamental
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Figure 1: Ad Hoc Grid architecture
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8 Fundamental Concepts In continuou
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10 Fundamental Concepts Two other a
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12 Fundamental Concepts known as st
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14 Fundamental Concepts event execu
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3 Ad Hoc Grid Aspects 16 Ad Hoc Gri
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18 Ad Hoc Grid Aspects resources an
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20 Ad Hoc Grid Aspects means that a
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Parallel Transaction-oriented Simul
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24 Parallel Transaction-oriented Si
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4.2 Synchronisation algorithm 26 Pa
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5 Implementation 40 Implementation
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42 Implementation confirm a provisi
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44 Implementation large numerical p
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46 Implementation A detailed descri
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48 Implementation But in a parallel
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50 Implementation GPSS test models
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Simulation Controller side 52 Imple
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Page 75 and 76: 66 Implementation provisional simul
Page 77 and 78: Implementation relatively basic per
Page 79 and 80: 70 Implementation log4j.logger.para
Page 81 and 82: proactive-log4j 72 Implementation T
Page 83 and 84: 74 Implementation Memory Allocation
Page 85 and 86: 76 Validation of the Parallel Simul
Page 93 and 94: 6.4 Validation 4 84 Validation of t
Page 97 and 98: … LpccEnabled=true LpccClusterNum
Page 99 and 100: Validation 5.2 Validation of the Pa
Page 105 and 106: 7 Conclusions 96 Conclusions Even s
Page 107 and 108: References 98 References [1] Amin K
Page 109 and 110: [19] Krafft G. Parallelisation of T
Page 111 and 112: Appendix A: Detailed GPSS Syntax 10
Page 113: Reserved word: DEPART Syntax: [] DE
Page 117 and 118: Setting: LpccClusterNumber Default
Page 119 and 120: Appendix C: Simulator log4j loggers
Page 121 and 122: Logger: parallelJavaGpssSimulator.l
Page 123 and 124: 114 Appendix D: Structure of the at
Page 125 and 126: Appendix E: Documentation of select
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Page 135 and 136: !/+/.7/8$ Appendix E: Documentation
Page 137 and 138: Returns: Appendix E: Documentation
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Page 141 and 142: !"#$%&'()#%*+,"-*.# Appendix E: Doc
Page 153 and 154: Constructor Detail !"#$%&'$(#$)*$%+
Page 157 and 158: Validation 1.1, output of simulate:
Page 159 and 160: Validation 2, output of LP: Appendi
Page 161 and 162: Appendix F: Validation output logs
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Validation 3.1, output of LP1: Appe
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Appendix F: Validation output logs
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Validation 3.1, output of simulate:
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Validation 4, output of LP1: Append
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simulation for time 2000) (628) 20:
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Validation 4, output of simulate: A
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(135) 19:37:56,477 Total transactio
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(68) 19:37:56,619 by the transactio
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(1295) 14:25:22,740 Simulation stop
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(68) 14:25:22,888 by the transactio
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Validation 6.2, output of LP2: (1)
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(32) (1,2) 0 765 Block: TRANSFER 0.
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