%%%%%%
% This is a sample tex file for ECQT 2016.
%
% Do not add too many fancy LaTeX packages, but instead: please keep it simple!
% For questions, please contact Marko Boon (marko@win.tue.nl)
%%%%%

% document class: article. Please do not add any additional options as they will be ignored by our postprocessor
\documentclass{article}
\usepackage{ecqt2016}
% You can add additional packages here

\title{A few new views on queues}


% FIELDS TO BE FILLED FOR ALL CONTRIBUTED ABSTRACTS:
%
% Please specify one, or multiple, authors as in the example below.
% The name of each author should be placed within a \textbf{ } command
% Do NOT use \and to distinguish between authors, but \\
\author{\textbf{A.B. Lastname}, Red University, The Netherlands, a.b.lastname@lu.nl\\
\textbf{C.D. Anotherlastname}, Blue University, France, c.d.anotherlastname@ucr.ac.cr}
\authorfirstnames{A.B., C.D.}                % Put the initials of all authors here, separated by commas
\authorlastnames{Lastname, Anotherlastname}  % Put the last names of all authors here, separated by commas.
\speakerfirstname{C.D.}                      % Initials of the speaker
\speakerlastname{Anotherlastname}            % Last name of the speaker

% FIELDS TO BE FILLED IN ONLY IN THE CASE OF ABSTRACTS THAT ARE PART OF ORGANIZED SESSIONS
\sessiontitle{}       % The full session title.
\sessionchair{}       % The name(s) of the session chair(s). Please use: Lastname(s), First name

% PLEASE LEAVE THE THREE FIELDS BELOW EMPTY, THEY ARE FOR POSTPROCESSING PURPOSES ONLY
\sessionprefix{}      
\sessionnr{}          
\talknr{}             

% START OF THE DOCUMENT. REPLACE THE TEXT BELOW BY YOUR OWN ABSTRACT.
\begin{document}
\maketitle

We present the first in-depth study of the $D/D/1$ queue.
Using point-process techniques and transform methods, we derive the waiting time distribution
in this complicated model, as well as its mean. Application of Little's formula yields,
after lengthy calculations, the mean number of customers waiting in the system.
This mean turns out to be zero in steady-state, which is in agreement with
extensive simulations that we have performed.

\end{document}
