Pages that link to "Item:Q3314942"

The following pages link to A new approach for dealing with the startup problem in discrete event simulation (Q3314942):

Displaying 15 items.

• Estimating the steady-state mean from short transient simulations (Q706919) (← links)
• The transient behaviour of the \(M/E_ k/2\) queue and steady-state simulation (Q1101809) (← links)
• Analysis of initial transient deletion for replicated steady-state simulations (Q1183384) (← links)
• The relaxation time heuristic for the initial transient problem in \(M/M/k\) queueing systems (Q1317165) (← links)
• Student t-tests and compound tests to detect transients in simulated time series (Q1610191) (← links)
• Initial data truncation for multivariate output of discrete-event simulation using the Kalman filter (Q1805488) (← links)
• A relaxation time heuristic for exponential-Erlang queueing systems (Q2367050) (← links)
• A statistical process control approach to selecting a warm-up period for a discrete-event simulation (Q2432905) (← links)
• Analysis of the behavior of the transient period in non-terminating simulations (Q2491791) (← links)
• Sequential detection of a steady state (Q2805604) (← links)
• WARM-UP PERIODS IN SIMULATION CAN BE DETRIMENTAL (Q3521212) (← links)
• The Efficiency of One Long Run Versus Independent Replications in Steady-State Simulation (Q3981146) (← links)
• Randomization tests for initialization bias in simulation output (Q4201450) (← links)
• Initial Data Truncation for Univariate Output of Discrete-Event Simulations Using the Kalman Filter (Q4363617) (← links)
• A Sequential Stopping Rule for a Steady-State Simulation Based on Time-Series Forecasting (Q4456571) (← links)