cryptology

Cryptology

Cryptology (11)
Homomorphic encryption (5)

Synopsis: Ict: Cryptology:

Basedoc.scn

G#1v 6927 Cryptology G#2v 6928 Cryptology 0#3#cryptographic key Cryptology 0#3#cryptologist Cryptology

0#3#cryptology Cryptology G#2v 6929 Homomorphic encryption 0#3#homomorphic encryption Homomorphic encryption G#1v 7764 Data

G#2v 7765 Backup 0#3#backup Backup G#2v 7766 Big data G#3v 7767 Big data

0#4#big data Big data G#3v 7768 Big data analytics 0#4#big data analytics Big data analytics G#3v 7769 Hadoop

0#4#hadoop Hadoop G#3v 7770 Massive data 0#4#massive data Massive data G#2v 7771 Computer data storage

G#3v 7772 Computer data storage 0#4#computer data storage Computer data storage G#3v 7773 Data storage 0#4#data storage Data storage

G#3v 7774 Memory G#4v 7775 Memory chip 0#5#memory chip Memory chip G#4v 7776 Memory device

The future internet.pdf.txt

to the publisher's cryptographic key Security Design for an Inter-Domain Publish/Subscribe Architecture 175

representing, for instance, agents, request numbers, or cryptographic keys) into ï nitely many equivalence classes and to compute on those equivalence classes

Sensitive cryptographic keys, stored inside the token, should not be revealed to the outside and it should be impossible for an attacker to change those keys

designed schemes such as homomorphic encryption 9 that allow veriï able com -putation on encrypted data. However, the proposed schemes are too ineï cient

Fully homomorphic encryption using ideal lattices. In: Pro -ceedings of the 41st annual ACM symposium on Theory of computing

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