<p>(a.) Normal distribution. The bold line is the mean frequency among all group members. The upper thin line is the maximum observed in the group. The lower thin line is the minimum observed in the group. (b.) Log-log distribution. The continuous line is the best-fitting power curve. The dotted line is the best-fitting exponential curve.</p
This paper considers the problem of obtaining approximate expressions for the first moment WGs of th...
<p>(A) Hourly average screen-time scaled to the maximum within each participant: blue = minimum; red...
<p>(<b>a</b>) Probability plot for the duration of the pen-on-paper period together with probability...
<p>(a.) Normal distribution. The bold line is the mean frequency among all group members. The upper ...
<p>Delay time distribution and the related log-normal curve: The arithmetic mean is 5.44 s; the std....
<p>The dots correspond to the observed data, the continuous line to the exponential curve best fitti...
<p>The empirical waiting times cover values over three orders of magnitude. Dashed lines show mean a...
<p>Yellow dotted line: data. Black dashed line: Log-normal fit with characteristic parameter <i>μ</i...
5 pages, 1 article*Steady-State Distribution of Waiting Time in the Queue M/M/1* (Robson, D. S.) 5 p...
There are many events in daily life where a queue is formed. Queuing theory is the study of waiting ...
O. J. Boxma and J. W. Cohen recently obtained an explicit expression for the M/G/1 steady-state wait...
<p>Information concerning the maximum likelihood estimates for the power and exponential distributio...
Queueing models have been used extensively in the design of call centres. In particular, a queueing ...
<p>The labels correspond to the simulation results, and the dashed line is the best-fit exponential ...
<p>Middle square indicates median RT; Box indicates the middle 75% of the distribution; Tails indica...
This paper considers the problem of obtaining approximate expressions for the first moment WGs of th...
<p>(A) Hourly average screen-time scaled to the maximum within each participant: blue = minimum; red...
<p>(<b>a</b>) Probability plot for the duration of the pen-on-paper period together with probability...
<p>(a.) Normal distribution. The bold line is the mean frequency among all group members. The upper ...
<p>Delay time distribution and the related log-normal curve: The arithmetic mean is 5.44 s; the std....
<p>The dots correspond to the observed data, the continuous line to the exponential curve best fitti...
<p>The empirical waiting times cover values over three orders of magnitude. Dashed lines show mean a...
<p>Yellow dotted line: data. Black dashed line: Log-normal fit with characteristic parameter <i>μ</i...
5 pages, 1 article*Steady-State Distribution of Waiting Time in the Queue M/M/1* (Robson, D. S.) 5 p...
There are many events in daily life where a queue is formed. Queuing theory is the study of waiting ...
O. J. Boxma and J. W. Cohen recently obtained an explicit expression for the M/G/1 steady-state wait...
<p>Information concerning the maximum likelihood estimates for the power and exponential distributio...
Queueing models have been used extensively in the design of call centres. In particular, a queueing ...
<p>The labels correspond to the simulation results, and the dashed line is the best-fit exponential ...
<p>Middle square indicates median RT; Box indicates the middle 75% of the distribution; Tails indica...
This paper considers the problem of obtaining approximate expressions for the first moment WGs of th...
<p>(A) Hourly average screen-time scaled to the maximum within each participant: blue = minimum; red...
<p>(<b>a</b>) Probability plot for the duration of the pen-on-paper period together with probability...