Non-cryptographic

Popular MurmurHash algorithm - fast non-cryptographic hash for hash tables and cache keys

Classic djb2 hash by Daniel Bernstein - simple and fast for basic hash table applications

SDBM hash function - reliable non-cryptographic hash for general-purpose data structures

Classic FNV-1 hash - simple, fast non-cryptographic hash for general-purpose applications

Improved FNV-1a hash - better avalanche effect for hash tables and data deduplication

Bob Jenkins' One-at-a-Time hash

Pearson hashing using lookup table

Daniel J. Bernstein's hash function

Executable and Linkable Format hash (PJW hash)

Zobrist hashing for board games

Tabulation hashing with high independence

Robert Sedgwick's hash function - classic algorithm from 'Algorithms in C' textbook

Justin Sobel's hash function - simple multiplicative hash for basic applications

BKDR hash by Kernighan and Ritchie - classic string hashing from 'The C Programming Language'

Donald Knuth's hash function - mathematical approach from 'The Art of Computer Programming'

Arash Partow's hash function - optimized for speed and distribution in hash tables

High-performance MurmurHash128 for 128-bit applications - excellent for large hash tables

64-bit FNV-1 hash for modern systems - fast and reliable for 64-bit architectures

64-bit FNV-1a hash - optimized avalanche properties for 64-bit computing platforms

Ultra-fast xxHash32 for high-performance applications - faster than CRC32 with better distribution

Industry-standard xxHash64 for databases and file systems - blazing fast with excellent collision resistance

High-performance xxHash128 for large-scale systems - fastest 128-bit hash for big data applications

Google's CityHash - optimized for modern CPUs with SIMD instructions for maximum speed

Google's FarmHash - successor to CityHash with improved performance across all platforms

MetroHash - extremely fast hash function designed for high-throughput applications

Fast Positive Hash (T1HA) - one of the fastest non-cryptographic hashes available