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MurmurHash is a non-cryptographic hash function suitable for general hash-based lookup. [1] [2] [3] It was created by Austin Appleby in 2008 [4] and, as of 8 January 2016, [5] is hosted on GitHub along with its test suite named SMHasher.
Subsequently, magnolia1234 migrated Bypass Paywalls Clean to GitHub, where it was targeted by another DMCA takedown notice submitted by the News Media Alliance, resulting in GitHub restricting downloads of the software and its 3,879 forks in August 2024. [2] [5] The extension supports Mozilla Firefox and Google Chrome. [3]
Mumble uses the low-latency audio codec Opus as of version 1.2.4, [8] the codec that succeeds the previous defaults Speex and CELT.This and the rest of Mumble's design allow for low-latency communication, meaning a shorter delay between when something is said on one end and when it's heard on the other.
Name Length Type Pearson hashing: 8 bits (or more) XOR/table Paul Hsieh's SuperFastHash [1]: 32 bits Buzhash: variable XOR/table Fowler–Noll–Vo hash function
A perfect hash function for the four names shown A minimal perfect hash function for the four names shown. In computer science, a perfect hash function h for a set S is a hash function that maps distinct elements in S to a set of m integers, with no collisions.
Eko raised an additional $30M in funding in 2022, [8] and received FDA clearance for its murmur analysis software. [ 9 ] In 2023, Eko received FDA-clearance for the CORE500 digital stethoscope, which combines artificial intelligence (AI) software, high-fidelity audio, full-color display and 3-lead electrocardiogram (ECG).
The lookup3 function consumes input in 12 byte (96 bit) chunks. [9] It may be appropriate when speed is more important than simplicity. Note, though, that any speed improvement from the use of this hash is only likely to be useful for large keys, and that the increased complexity may also have speed consequences such as preventing an optimizing compiler from inlining the hash function.
By definition, an ideal hash function is such that the fastest way to compute a first or second preimage is through a brute-force attack.For an n-bit hash, this attack has a time complexity 2 n, which is considered too high for a typical output size of n = 128 bits.