Examples of using Hash functions 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
I'm talking about hash functions.
One-way hash functions and digital signatures can clear up most of these problems easily.
They're currently discussing hash functions.
Because of the properties of hash functions, a slight change in data will change the hash drastically.
An exploration of digital signatures and hash functions.
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And that's the reason cryptographic hash functions are widely used for verifying the authenticity of digital data.
This is done by a special kind of algorithms known as hash functions.
Hash functions are deterministic and the same input always produces the same output, but they are designed to be unpredictable.
Before discussing the reality, let's discuss the ideal case: perfect hash functions.
When it comes to hash functions, the same input will always produce the same output, but they are designed to be unpredictable.
They already have good built-in implementation of default hash functions for Integers or Strings.
Conventional hash functions have a wide range of use cases, including database lookups, large files analyses, and data management.
This property of“immutability” is one of the most important features of the blockchain andit gains it through cryptographic hash functions.
Hash functions and public-key cryptography are at the core of digital signature systems, which are now applied to a wide range of use cases.
The new coins are generated during the bitcoin mining process, which is based on cryptographic hash functions and is governed by the Proof of Work(PoW) consent algorithm.
There is no doubt that hash functions are essential tools in computer science, especially when dealing with huge amounts of data.
New coins are generated through the process of Bitcoin mining, which relies on cryptographic hash functions and is regulated by the Proof of Work(PoW) consensus algorithm.
Different hash functions will produce outputs of differing sizes, but the possible output sizes for each hashing algorithm is always constant.
RIPEMD-160 was designed by Hans Dobbertin, Antoon Bosselaers, and Bart Preneel,and optimised for 32-bit processors to replace the then-current 128-bit hash functions.
On the other hand, cryptographic hash functions are extensively used in information-security applications, such as message authentication and digital fingerprinting.
The handshake begins when a client connects to a TLS-enabled server requesting a secure connection andpresents a list of supported CipherSuites(ciphersand hash functions).
When it comes to Bitcoin, cryptographic hash functions are an essential part of the mining process and also play a role in the generation of new addresses and keys.
The mining process involves competing with other cryptominers tosolve complicated mathematical problems with cryptographic hash functions that are associated with a block containing the transaction data.
With the discovery of hash functions and digital signatures, it was realized that secrecy and authentication were truly separate and independent information security objectives.
The mining process involves competing with other cryptominers tosolve mathematical problems using cryptographic hash functions associated with a block containing the transactional data.
In the bitcoin protocol, hash functions are part of the block hashing algorithm which is used to write new transactions into the blockchain through the mining process.
When combined with cryptography, the so-called cryptographic hash functions can be used to generate a hash value(digest) that acts as a unique digital fingerprint.
Hash functions are mostly used to speed up table lookup or data comparison tasks, such as finding items in a database, detecting duplicated or similar records in a large file, and so on.
Message authentication codes(MACs) are much like cryptographic hash functions, except that a secret key can be used to authenticate the hash value upon receipt;