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Two-Stage Multiple-Comparison Procedures for Steady-State Simulations
Halim Damerdji,
Marvin K. Nakayama
Computer Science
Research output
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Article
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peer-review
25
Scopus citations
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Dive into the research topics of 'Two-Stage Multiple-Comparison Procedures for Steady-State Simulations'. Together they form a unique fingerprint.
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Keyphrases
Multiple Comparisons with the Best
100%
Steady-state Simulation
100%
Multiple Comparison Procedure
100%
Confidence Interval
50%
Simulation Analysis
25%
Multiple Comparisons with a Control
25%
Stochastic Processes
25%
Functional Central Limit Theorem
25%
Simultaneous Confidence Intervals
25%
Two-stage Procedure
25%
Analysis Procedure
25%
Batch Means
25%
Relative Width
25%
Width Parameter
25%
Confidence Interval Width
25%
Mean Method
25%
Stationary Process
25%
All Pairwise Comparisons
25%
Stationary Time Series
25%
Asymptotic Mean
25%
Mathematics
Multiple Comparison
100%
Multiple Comparison Procedure
100%
Confidence Interval
60%
Asymptotics
20%
Central Limit Theorem
20%
Variance
20%
Stochastic Process
20%
Pairwise Comparison
20%
Simultaneous Confidence Interval
20%
Probability Theory
20%
Interval Width
20%
Stationary Time Series
20%
Stationary Process
20%
Computer Science
Multiple Comparison
100%
Stochastic System
14%
Pairwise Comparison
14%
Output Analysis
14%