Publication | Open Access
Efficient Tree Search in Encrypted Data
32
Citations
4
References
2004
Year
EngineeringInformation SecurityHardware SecurityXmp DatabasesInformation RetrievalData ScienceData ManagementLinear Search AlgorithmData Encryption StandardData PrivacyEfficient Tree SearchPrivate Information RetrievalComputer ScienceTree Search AlgorithmData SecurityCryptographyEncryptionEncrypted StorageCryptographic ProtectionCloud Cryptography
Abstract In this paper the authors have developed a tree search algorithm based on the linear search algorithm that is suitable for XMP databases. Nowadays the need grows to store data securely on an untrusted system. Think, for instance, of a remote database server administered by somebody else. If you want your data to be secret, you have to encrypt it. The problem then arises how to query the database. The most obvious solution is to download the whole database locally and then perform the query. This, of course, is terribly inefficient. Song, Wagner, and Perrig (SWP)1 have introduced a protocol to search for a word in an encrypted text. We summarize this protocol in the following.
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