Examples of using Hash algorithms in English and their translations into Japanese
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Colloquial
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Ecclesiastic
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Computer
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Programming
Change hash algorithms.
Each CSP can support different hash algorithms.
Hash algorithms are"one way" and are not reversible.
You can choose from any of four different hash algorithms.
Hash algorithms are used in many ways on the Internet.
The acronym SHA stands for Secure Hash Algorithms.
Short key lengths or weak hash algorithms will limit the utility of a certificate.
Windows OS encrypts the login password using LM orNTLM hash algorithms.
In general, it is known that hash algorithms are harder to decode as the bit length becomes larger.
For this reason, it is generally considered that SHA-1 should be graduallyphased out in favor of the more secure SHA-2 hash algorithms.
Certificates employing more secure hash algorithms(such as SHA-256 or SHA-512) should be used instead.
Hash algorithms are used to sign CA certificates and certificates issued by a CA to ensure that they have not been tampered with.
This document summarizes what is currently known about hash algorithms and the Internet protocols that use them.
Better hash algorithms will reduce the susceptibility of these attacks to an acceptable level for all users.
File_hash: The expected hash string of the file after download.The sha256 and md5 hash algorithms are both supported.
As a consequence, our hash algorithms include SHA-2, the latest set of cryptographic hash functions.
Both authors agree that work should be done to make allInternet protocols able to use different hash algorithms with longer hash values.
Most protocols that use hash algorithms do so in a way that makes them immune to harm from collision attacks.
While it is certainly possible, and at a first glance even probable, that the broken security property will not affect the overall security of many specific Internet protocols,the conservative security approach is to change hash algorithms.
Weaknesses in hash algorithms can lead to situations in which attackers can create or obtain fraudulent certificates.
The message signature system mustbe designed to support multiple signature and hash algorithms, and the signing domain must be able to specify which algorithms it uses to sign messages.
Hash algorithms like the SHA-256 and SHA-512, which are approved by Federal Information Processing Standards(FIPS), are considered more secure.
These functions also make repeated use of hash algorithms to mix data into random strings, for uses other than cryptographic keys.
Hash algorithms are used by cryptographers in a variety of security protocols, for a variety of purposes, at all levels of the Internet protocol stack.
Type the following to obtain a list of the hash algorithms that are supported on the client computer: netsh nap client show hashes. .
Preferred hash algorithms(array of one-octet values) Message digest algorithm numbers that indicate which algorithms the key holder prefers to receive.
To protect your security, Windows operating system updates are dual-signed using both the SHA-1 andSHA-2 hash algorithms to authenticate that updates come directly from Microsoft and were not tampered with during delivery.
Newer hash algorithms with longer output(such as SHA-256, SHA-384, and SHA-512) can be used with the same level of security as the stretching algorithm described above.
An implementation should take care which hash algorithms are used with DSA, as a weak hash can not only allow a signature to be forged, but could leak the secret key.
Additional hash algorithms can be defined by cipher suites and used to protect record data, but MD5 and SHA-1 are hard coded into the description of the handshaking for this version of the protocol.