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<h1><span class="tf_a"><b>The Optimizer</b></span></h1>
<p><span class="tf_a">The optimization module OPTIM represents the core of the
Transport Efficiency Support System. It contains efficient algorithms which
embrace the various parameters of the individual transport situations. These
algorithms are used in certain combinations according to the tasks to be fulfilled.
<br>
<br>
OPTIM re-optimizes all job assignments after every change in the transport situation
with the aim of: </span></p>
<p><span class="tf_a"><img src="img/pfeil.gif" width="7" height="11" vspace="2">
shortening transport routes by creating collective transports from several single
orders <br>
<img src="img/pfeil.gif" width="7" height="11" vspace="2"> avoiding deadheadings
by creating an optimum sequence of transport orders completing <br>
<b><img src="img/blank.gif" width="7" height="11" vspace="2"></b> transports
<br>
<img src="img/pfeil.gif" width="7" height="11" vspace="2"> on schedule and of
equalizing peak periods by taking into account order deadline buffers <br>
<img src="img/pfeil.gif" width="7" height="11" vspace="2"> achieving the optimum,
i. e. minimum occupation of capacities like slots, containers, <br>
<b><img src="img/blank.gif" width="7" height="11" vspace="2"></b> trailers etc.
<br>
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</span></p>
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