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The Bin filling algorithm is used to find the most efficient way of combining several differently sized objects into a space(s) with a certain size. An example would be the problem of packing objects into the boot of a car; the bin-filling algorithm is in fact a mathematically formulated version of the rule of thumb 'put the big things in first'; but in can be used for many other problems - loading cars onto ferries, sending messages via [[routers]] on the [[internet]], etc. It is a heuristic algorithm, as it does not give a provably maximal solution (the only way to do this, until Vijay Vazirani invented a new form of [[approximation algorithm]], was to arrange the objects in every conceivable order).
 
The Bin filling algorithm is used to find the most efficient way of combining several differently sized objects into a space(s) with a certain size. An example would be the problem of packing objects into the boot of a car; the bin-filling algorithm is in fact a mathematically formulated version of the rule of thumb 'put the big things in first'; but in can be used for many other problems - loading cars onto ferries, sending messages via [[routers]] on the [[internet]], etc. It is a heuristic algorithm, as it does not give a provably maximal solution (the only way to do this, until Vijay Vazirani invented a new form of [[approximation algorithm]], was to arrange the objects in every conceivable order).
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==References==
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<references/>
 
==See also==
 
==See also==
 
*[[Computability]]
 
*[[Computability]]
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