Sentence examples for encrypted computations from inspiring English sources

Apart from [5, 6], previous examples of the use of homomorphic cryptosystems for performing encrypted computations can be found in buyer-seller protocols [3, 8], zero-knowledge watermark detection [9], and private scalar product computation [10].

Among several privacy-preserving approaches, we focus on homomorphic encryption, which is public-key encryption supporting meaningful computations on encrypted data.

Using a homomorphic encryption in general, the result of computations on the encrypted data is itself the encryption of the computation on the plain text.

Homomorphic encryption [26] allows computations over encrypted data without decrypting them and without the knowledge of the secret keys.

It can be further adapted to integrate additional features, e.g., de-duplication, indexation or some usual and unusual complex computations over encrypted data.

In order to circumvent the aforementioned limitations and vulnerabilities, this section introduces some robust cryptographic schemes that allow searches and computations over encrypted data.

OP fields allow the computation over encrypted data.

Further efficient techniques for carrying out computation over encrypted data are also required.

Homomorphic Encryption (HE) was proposed to support computation on encrypted data and ensure data confidentiality simultaneously.

DU: This party only receives the encrypted results of secure computation from (P_i (1le ile p)).

That is to say, homomorphic encryption is a form of encryption that allows parties to perform computations on the encrypted values and match the result of operations performed on the plaintexts.