Pages that link to "Item:Q596397"

The following pages link to Mean waiting time approximations in the \(G/G/1\) queue (Q596397):

Displaying 18 items.

• Uniform approximations for the \(M/G/1\) queue with subexponential processing times (Q543561) (← links)
• The two-moment three-parameter decomposition approximation of queueing networks with exponential residual renewal processes (Q660133) (← links)
• Approximations for the conditional waiting times in the GI/G/c queue (Q802218) (← links)
• A new renewal approximation for certain autocorrelated processes (Q924909) (← links)
• Optimal selection of mean waiting times in \(GI| M_ n| 1\) systems (Q1185712) (← links)
• On estimates of the mean queue length for single-channel queuing systems in terms of statistical unconditional second-order moments of the modified arrival flow (Q2136431) (← links)
• Fitting correlated arrival and service times and related queueing performance (Q2397977) (← links)
• (Q3703623) (← links)
• Approximations for the per-class waiting time and interdeparture time in the Σi GIi/GIi/1 queue (Q4004633) (← links)
• On an Approximation to the Mean Response Times of Priority Classes in a Stable G/G/c/PR Queue (Q4006896) (← links)
• INTERPOLATION APPROXIMATIONS FOR THE MEAN WAITING TIME IN A MULTI-SERVER QUEUE (Q4018362) (← links)
• The mean waiting time in a <i>G/G/m/∞</i> queue with the LCFS-P service discipline (Q4713784) (← links)
• The mean waiting time of a <i>GI</i>/<i>G</i>/1 queue in light traffic via random thinning (Q4833732) (← links)
• Solution of Lindley Integral Equation for Correlated Traffic (Q5005600) (← links)
• Using discrete event simulation to fit probability distributions for autocorrelated service times (Q5882385) (← links)
• Approximations and bounds for the variance of steady-state waiting times in a GI/G/1 queue (Q5940035) (← links)
• Approximations for the departure process of the G/G/1 queue with Markov-modulated arrivals (Q5952505) (← links)
• A robust queueing network analyzer based on indices of dispersion (Q6053043) (← links)