Examples of using Ciphertext in English and their translations into Greek
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Financial
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Official/political
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Computer
Ciphertext: The encrypted form of a message.
That's because he didn't have the ciphertext.
Bob decrypts the ciphertext using his private key.
Encryption is the process of converting plaintext to ciphertext.
The ciphertext can then be decoded to the original plain text.
It attempts to find out the ciphertext or the key.
To decrypt, the inverse permutation d= e-1 is applied to each letter of the ciphertext.
The process of turning ciphertext back into plaintext is called decryption.
So now again, I count how many times each letter appears in the ciphertext.
The ciphertext of the message authenticates itself, as nobody else has access to the one-time pad.
It also allows the export andimport of cryptographic keys and ciphertext.
The process of applying the transformation Dd to a ciphertext c is usually referred to as decrypting c or the decryption of c.
Somebody has a key and uses it to turn plaintext into ciphertext.
Just given the ciphertext the attack that can recover the decryption key and therefore recover the original plaintext.
For example, the encryption algorithms can convert plain text to ciphertext.
Thus, the security must rely on an analysis of the ciphertext itself, generally applying various statistical tests to it.
The latter would respond to eachquery with true or false, according to the validity of the ciphertext.
This meant it was possible to determine what a user's legitimate ciphertext would be, without access to either their private key or that of the website.
This follows from the simple observation that the distribution of letter frequencies is preserved in the ciphertext.
The function of GCM in which the plaintext is encrypted into the ciphertext, and an authentication tag is generated on the AAD and the ciphertext.
Against a vulnerable system, the attack is computationally inexpensive andoften requires only known ciphertext.
As far as symmetric encryption is considered, some encryption mode is needed to change the ciphertext in a random way in order not to weaken the encryption key.
One key is used to encrypt the plaintext andthe other key is used to decrypt the ciphertext.
An Adaptive chosen-ciphertext attack is a chosen-ciphertext attack where the choice of ciphertext may depend on the plaintext received from previous requests.
Decryption is the reverse process- to convert ciphertext to plaintext.
This means that successful decryption of ciphertext into plaintext is accomplished using the same key(index) as was used for the corresponding encryption of plaintext into ciphertext.
So now I can guess that the third most common letter in the ciphertext is the encryption of the.
Therefore, one can imagine a gigantic codebook in which there is an entry for every possible b-bit plaintext pattern showing its corresponding ciphertext.
For example: a cryptanalyst has a plaintext and corresponding ciphertext, but does not know the key.
One key is used to encrypt the cleartext anda different key is used to decrypt the ciphertext.