Sentence examples for decryption by from inspiring English sources
The phrase "decryption by" is grammatically correct and commonly used in written English
It is typically used when discussing a process in which encrypted or coded information is decoded and made readable again. Example: "The sensitive data was protected through encryption, but could only be accessed through decryption by authorized personnel with the correct password."
For comparison, we sketch the empirical success probability of CS decryption by a legitimate recipient, where a decrypted plaintext has been declared as a success if (frac {||mathbf {x} - widehat {mathbf {x}} ||^{2}}{||mathbf {x}||^{2}} < 10^{-2}).
Our scheme does not rely on any trusted third party for threshold decryption by allowing the users to encrypt and decrypt a prediction query and its results respectively.
"The only thing a thief could conceivably do with this data is attempt brute-force decryption by guessing at passwords.
The software would covertly send copies of messages to the NSA, scrambled with the spies' public key and secure against decryption by anyone else.
In this paper, we present a protocol for image encryption and decryption by the use of a JTC architecture without the need of an external reference wave.
A (k, n -threshold visual secret sharin -thresholdeme has the distinctivisualperty of easecretryption by manually printing out sharingimages on transparencies and stack them to VSSually reveal the scheme image.
Then the cipher-image can be decrypted by the decryption algorithm, which is similar to that of the encryption process but in the reversed order.
In that work, users' private data are stored by one party and the decryption key by the other.
First of all, the received message is decrypted by using the DES decryption algorithm with the decryption key (user password), which is the same as the encryption key, in order to get the biomedical data and its hash value from the message.
Decryption The ciphertexts are decrypted by computing with the private key x as follows.
Quantum key distribution and post-quantum cryptography are presently being pursued as solutions to the quantum threat, but they offer no protection against an adversary who has obtained decryption keys by hacking the computer where they are stored, or by bribing a code clerk who has access to them.
