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Appendix F: Validation output logs – validation 6 (33) 14:25:16,108 Simulation reached Global Virtual Time: 2187 (34) 14:25:18,175 Initiated GVT calculation (35) 14:25:18,207 Min time received from LP1: Infinite (unconfirmed end of simulation for time 6379) (36) 14:25:18,207 Min time received from LP2: 2270 (37) 14:25:18,231 Simulation reached Global Virtual Time: 2270 (38) 14:25:20,974 Initiated GVT calculation (39) 14:25:21,036 Min time received from LP1: Infinite (unconfirmed end of simulation for time 6379) (40) 14:25:21,038 Min time received from LP2: 2623 (41) 14:25:21,109 Simulation reached Global Virtual Time: 2623 (42) 14:25:21,149 Initiated GVT calculation (43) 14:25:21,172 Min time received from LP1: Infinite (unconfirmed end of simulation for time 6379) (44) 14:25:21,176 Min time received from LP2: 2628 (45) 14:25:21,186 Simulation reached Global Virtual Time: 2628 (46) 14:25:21,519 Initiated GVT calculation (47) 14:25:21,581 Min time received from LP1: Infinite (unconfirmed end of simulation for time 6379) (48) 14:25:21,581 Min time received from LP2: 2663 (49) 14:25:21,634 Simulation reached Global Virtual Time: 2663 (50) 14:25:21,656 Initiated GVT calculation (51) 14:25:21,683 Min time received from LP1: Infinite (unconfirmed end of simulation for time 6379) (52) 14:25:21,683 Min time received from LP2: 2667 (53) 14:25:21,693 Simulation reached Global Virtual Time: 2667 (54) 14:25:22,107 Initiated GVT calculation (55) 14:25:22,161 Min time received from LP1: Infinite (unconfirmed end of simulation for time 6379) (56) 14:25:22,162 Min time received from LP2: 2711 (57) 14:25:22,169 Simulation reached Global Virtual Time: 2711 (58) 14:25:22,239 Initiated GVT calculation (59) 14:25:22,257 Min time received from LP1: Infinite (unconfirmed end of simulation for time 6379) (60) 14:25:22,257 Min time received from LP2: 2714 (61) 14:25:22,266 Simulation reached Global Virtual Time: 2714 (62) 14:25:22,693 Initiated GVT calculation (63) 14:25:22,708 Min time received from LP1: Infinite (unconfirmed end of simulation for time 6379) (64) 14:25:22,709 Min time received from LP2: Infinite (unconfirmed end of simulation for time 2766) (65) 14:25:22,747 Simulation finished (66) 14:25:22,883 *************** Simulation report *************** (67) 14:25:22,888 The simulation was completed at the simulation time: 2766 227
(68) 14:25:22,888 by the transaction xact(Id: 5532, move time: 2766, current block: (2,2), next block: (2,2)) (69) 14:25:22,890 The average simulation perfomance in simulation time per second real time was: 101,188950 (time units/s) (70) (71) 14:25:22,891 Block report section: (72) Block current total (73) xacts xacts (74) Partition: Partition1 (75) (1,1) 1 767 Block: GENERATE 1,0,2000,(no limit),0 (76) (1,2) 0 767 Block: TRANSFER 0.3,(Label: Label1, partition: 2, block: 2) (77) (1,3) 0 533 Block: TERMINATE 1 (78) Partition: Partition2 (79) (2,1) 1 2766 Block: GENERATE 1,0,(no offset),(no limit),0 (80) (2,2) 0 3000 Block: TERMINATE 1 (81) (82) 14:25:22,893 Summary entity report section: (83) (84) 14:25:23,176 SimulationController.terminateLPs() called Appendix F: Validation output logs – validation 6 228
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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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54 Implementation technique describ
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Implementation Euclidean distance b
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58 Implementation chain at the corr
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60 Implementation The algorithm wil
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No Start Is Active Object body acti
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5.3.2 GVT Calculation and End of Si
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66 Implementation provisional simul
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Implementation relatively basic per
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70 Implementation log4j.logger.para
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proactive-log4j 72 Implementation T
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74 Implementation Memory Allocation
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76 Validation of the Parallel Simul
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6.4 Validation 4 84 Validation of t
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… LpccEnabled=true LpccClusterNum
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Validation 5.2 Validation of the Pa
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7 Conclusions 96 Conclusions Even s
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References 98 References [1] Amin K
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[19] Krafft G. Parallelisation of T
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Appendix A: Detailed GPSS Syntax 10
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Reserved word: DEPART Syntax: [] DE
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Reserved word: SEIZE Syntax: [] SEI
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Setting: LpccClusterNumber Default
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Appendix C: Simulator log4j loggers
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Logger: parallelJavaGpssSimulator.l
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114 Appendix D: Structure of the at
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Appendix E: Documentation of select
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!"#"$$%$&"'"(!))*+,-$"./#0$! 1$"))
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!/+/.7/8$ Appendix E: Documentation
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Returns: Appendix E: Documentation
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!"#$%&''$()*)")$ +',)$-)$. #,/. !"#
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!"#$%&'()#%*+,"-*.# Appendix E: Doc
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Constructor Detail !"#$%&'$(#$)*$%+
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Validation 1.1, output of simulate:
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Validation 2, output of LP: Appendi
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Appendix F: Validation output logs
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Validation 2, output of simulate: A
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Validation 3.1, output of LP1: Appe
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Validation 3.1, output of LP2: Appe
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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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Page 185 and 186: Appendix F: Validation output logs
Page 187 and 188: Validation 4, output of simulate: A
Page 191 and 192: Validation 5.1, output of LP1: Appe
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Page 207 and 208: (68) 19:37:56,619 by the transactio
Page 227 and 228: (1295) 14:25:22,740 Simulation stop
Page 235: Validation 6.1, output of simulate:
Page 239 and 240: Validation 6.2, output of LP2: (1)
Page 241: (32) (1,2) 0 765 Block: TRANSFER 0.
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