Examples of using Stream cipher in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
RC4 is a widely used stream cipher;
WEP uses the stream cipher RC4 for confidentiality.
When would you choose a block or stream cipher?
It is a stream cipher based on the simple interaction between the outputs from two LFSRs.
Processing techniques include block cipher and stream cipher.
It uses the stream cipher RC4 for confidentiality and the CRC-32 checksum for integrity.
Counter mode is a way to turn a block cipher into a stream cipher.
The WEP uses a stream cipher RC4 for confidentiality and CRC 32 checksum for the integrity.
WEP secured data byencrypting it over radio waves using a standard 40-bit RC4 stream cipher for authentication and encryption.
RC4 is a stream cipher designed by Rivest for RSA Data Security(now RSA Security).
A block cipher enciphers input in blocks of plaintext as opposed to individual characters,the input form used by a stream cipher.
A stream cipher also breaks the plaintext into units, this time it is normally a single character.
WEP uses RC4(Rivest Cipher 4), a stream cipher algorithm that is intended to encrypt data.
Stream cipher processes the input elements continuously, producing output one.
In 2005, Andreas Klein presented an analysis of the RC4 stream cipher showing more correlations between the RC4 key stream and the key.
A stream cipher generates what is called a keystream(a sequence of bits used as a key).
For such a high security we use asymmetric elliptic curve cryptosystem Curve25519 andEd25519, stream cipher XSalsa20 authenticated by Poly1305 algorithm and Blake2b Hash which is faster than SHA3.
A stream cipher generates what is known as a keystream- a sequence of bits, which is used as a key.
RC4 is a widely used stream cipher.[4] Block ciphers can be used as stream ciphers. .
A stream cipher generates what is known as a keystream- a sequence of bits, which is used as a key.
Adiantum allows us to use the ChaCha stream cipher in a length-preserving mode, by adapting ideas from AES-based proposals for length-preserving encryption such as HCTR and HCH.
Stream cipher processes the input elements continuously, producing output one element at a time as it goes along.
In a stream cipher, the output stream is created based on an internal state which changes as the cipher operates.
With a stream cipher, the transformation of plaintext units varies, depending on when they are encountered during the encryption process.
With a stream cipher, the conversion of these smaller plaintext sections of data can vary, depending on when they are viewed during the encryption process.