Computer Simulation Using Excel without ProgrammingDefining Simulation in its broadest aspect as embodying a certain model to represent the behavior of a system, whether that may be an economic or an engineering one, with which conducting experiments is attainable. Such a technique enables the management |
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MODELING APPROACHES | 32 |
A processInteraction Executive Pidd 1998 | 34 |
An EventScheduling Executive Pidd 1998 | 36 |
An ActivityScanning Executive Pidd 1998 | 37 |
A ThreePhase Executive Pidd 1998 | 38 |
Symbols for Activity Cycle Diagrams Pidd 1998 | 40 |
Development Interface ProModel Web | 128 |
ProModel Analysis ProModel Web | 129 |
Typical Continuous Process Using Continuous Process Notations PowerSim Web 131 Figure 77 Building a Robotic Arm Based on a Stick Figure Usi... | 132 |
Analysis SAAMIIWeb | 133 |
Development Environment SAAMII Web | 134 |
Overview of the Software ProtoDesign Web | 135 |
Dynamic Data Exchange with Excel ShowFlow Web | 136 |
Animated Factory Using ShowFlow ShowFlow Web | 137 |
Generic Activity Cycle Diagram | 41 |
Life Cycles of each Entity in PUB Example Completed Using ACD | 42 |
The XACD Symbol Set Adapted from Pooley and Hughes 1991 Odhabi et al 1997 | 43 |
The HACD Symbol Set Adapted from Kienbaum and Paul 1994a | 46 |
XACD HACD symbols Comparison | 49 |
An Illustration of the FourPhase Method Odhabi et al 1998 | 50 |
Modeling Elements of Classical Petri Nets Sawhney et al 1999 | 53 |
Enhanced Petri Nets Modeling Symbols Sawhney et al 1999 | 54 |
A Taxomony for Input Models Leemis 2000 15 | 59 |
Remote SA Data Transfer Lorenz et al 1997 | 65 |
Remote Simulation and Local Visualization Lorenz et al 1997 | 66 |
Graphical Modeling Using SilkBased JavaBeans Healy and Kilgore 1997 | 68 |
Comparison Between Web Featursand Simulation Kuljis and Paul 2000 | 70 |
INTRODUCTION | 74 |
The proposed simulation life cycle El Sheikh AbuTaieh Eldabi 2005 | 76 |
INTRODUCTION | 84 |
Table of Simulation Sesources Based on the Work of Rizzoli 2003 | 86 |
Analytica Overview Lumina Web | 88 |
Development Window AnyLogic Web | 89 |
Running Example AnyLogic Web | 90 |
Development Window ArenaSimulation Web | 91 |
Some Examples in 3D AutoMod Web | 92 |
Multi Model Window OReilly 2002 | 93 |
Phase Plane XY Plots BerkeleyMadonna Web | 94 |
Controlling the Model BerkeleyMadonna Web | 95 |
BuildSim Data Analysis BuildSim Web | 96 |
Crystal Ball Tool Bar Goldman 2002 | 97 |
Sample Output Analysis Goldman 2002 | 98 |
EDoctor Decsion Script Example vanguardsw Web | 99 |
Refinery Example WinSim Web | 100 |
Robotic Arm DynaSim Web | 101 |
European Space Agency ESA space EcoSimPro Web | 102 |
eMplant at Work TecnoMatix Web | 103 |
Manufacturing Example in 3D EnterpriseDynamics Web | 104 |
Discrete Event System ImaginThatInc Web | 106 |
Continuous System ImaginThatInc Web | 107 |
A Diagram of the Relationships between System Components WWK Web | 108 |
Symbols used in FirstSTEP Interfacing Web | 109 |
Development environment in FirstSTEP Interfacing Web | 110 |
3 D Example of Loading Trucks Flexsim Web | 111 |
Port Example in 3D Flexsim Web | 112 |
Development Environment GoldSim Web | 114 |
GoldSim Hierarchical GoldSim Web | 115 |
The Interface Window for Development Environment CMSRES Web | 116 |
MICROSAINT Environment maad Web | 117 |
MICROSAINT animation in Bank Example maad Web | 118 |
A Running Animated Model MyStartegy Web | 119 |
ModelMaker Analysis Tools ModelKinetix Web | 120 |
The Demo at Work in NAG SMP Library NAG Web | 121 |
NAGC in Excel NAG Web | 122 |
Optsim Artifex Example Runninng RSoftDesign Web | 123 |
Example of PASION while running raczynski Web | 124 |
Slim At Work MJC Web | 126 |
Machine Usage Scheduling MJC Web | 127 |
Off the Road Example SimCreator Web | 138 |
Development Environment CreateASoft Web | 139 |
Help Desk Example SimProcess Web | 140 |
Development Environment SIMUL8 Web | 141 |
STELLA Example in Web Based Demo GoldSim Web | 142 |
Snap Shot of STARDIS at Work STARDIS Web | 143 |
Running Demo Example Siprelle et al 2003 | 144 |
VisSim Model Building Environment with Example VisSim Web | 146 |
Manufacturing Example OrcaComputer Web | 147 |
Overall view Lanner Web | 149 |
Excel Usage in Simulation Packages | 150 |
Simulation Types | 151 |
Object Oriented Languages Use | 152 |
Simulation Approaches | 153 |
CHAPTER 5 | 155 |
E3PSim Toolbar | 156 |
Buttons Descriptions | 157 |
The que shapes | 159 |
Different types of activity | 161 |
The split activity | 162 |
DATA TO KEEP TRACK OF FOR SCHEDULING | 163 |
Port Exampl Model ACD | 167 |
Graph of the Queues length vs Run Time | 168 |
Live Graph Of The Ques | 169 |
Supermarket Model ACD | 170 |
Retsurant Example | 171 |
Restaurant Items | 172 |
Clinic Example ACD | 173 |
Pub Example ACD | 174 |
Call Center ACD | 175 |
Passenger Going Through Airport | 176 |
MANUAL RUN AND TRACING | 177 |
Running Cycle 1 | 178 |
Running Cycle 5 | 179 |
Running Cycle 9 | 180 |
Running Cycle 12 | 181 |
Running Cycle 16 | 182 |
Running Cycle 20 | 183 |
Running Cycle 25 | 184 |
Items activity Statisctics | 185 |
CASE STUDY ANALYSIS | 186 |
Queues snap shots | 187 |
Continum of ItemsActivities statistics | 188 |
Item Statistics Spreadsheet As It Appears In The E3PSim | 189 |
Jobs arrivals in three different runs | 190 |
Arrival rates Jobs generated as the simulation progresses | 191 |
CODE SIMPLIFICATION DESCRIPTION | 193 |
Compare two conditional procedures Pidd 1998 | 194 |
Procedure B2 or End service AbuTaieh 2004 | 195 |
E3PSim Structure | 200 |
SUMMARY | 203 |
208 | |
Termos e frases comuns
Activity Cycle Diagrams Allocated Time Instance Analysis Of Output Availability Note Running Based Yes/No chapter classified by Rizzoli Clock Entity Item conditional activity Continuous or Hybrid cook cook1 Crystal Ball CSEP Customer customer1 Picture customer1 Picture 219 cycle Availability Note discrete event discrete event simulation distribution Dymola E3P-Sim EcoSimPro End Activity Master End Activity slave Entity Item activity Event Based Flexsim GoldSim GUI yes Manuals H-ACD Instance cycle Availability Item activity Allocated Java Kuljis and Paul Manuals Web Based Method Used Applications Microsoft Excel model building Monte Carlo neural network Note Running Cycle Numerical Algorithms Group Odhabi Petri Nets phase Pictures See Figure Pidd procedure process interaction Programming Language Discrete queue Random Sample Pictures sampling methods scheduled seen in Figure ShowFlow simulation models simulation packages spreadsheet Stock and Flow Survey symbols Table Three-Phase VisSim Visual Basic Visual Simulation Tool Web Based Yes/No X-ACD