Multi-object searching algorithm using subgrouped oracles
Jin-Yuan Hsieh, Che-Ming Li, Der-San Chuu
Abstract
We present in this work, if a set of well organized suboracles is available, an algorithm for multiobject search with certainty in an unsorted database of N items. Depending on the number of the objects, the technique of phase tunning is included in the algorithm. If one single object is to be searched, this algorithm performs a factor of two improvement over the best algorithm for a classical sorted database. While if the number of the objects is larger than one, the algorithm requires slightly less than 4N queries, but no classical counterpart exists since the resulting state is a superposition of the marked states.
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