Parents (Total: 3)

The searched file hash is included in 3 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	FC508ACFD7C1175D14091DEFC79A3AF8
PackageArch	noarch
PackageDescription	Documentation for Random123 Random123 is a library of "counter-based" random number generators (CBRNGs), in which the Nth random number can be obtained by applying a stateless mixing function to N instead of the conventional approach of using N iterations of a stateful transformation. CBRNGs were originally developed for use in MD applications on Anton, but they are ideal for a wide range of applications on modern multi-core CPUs, GPUs, clusters, and special-purpose hardware. Three families of non-cryptographic CBRNGs are described in a paper presented at the SC11 conference: ARS (based on the Advanced Encryption System (AES)), Threefry (based on the Threefish encryption function), and Philox (based on integer multiplication). They all satisfy rigorous statistical testing (passing BigCrush in TestU01), vectorize and parallelize well (each generator can produce at least 264 independent streams), have long periods (the period of each stream is at least 2128), require little or no memory or state, and have excellent performance (a few clock cycles per byte of random output). The Random123 library can be used with CPU (C and C++) and GPU (CUDA and OpenCL) applications.
PackageMaintainer	Fedora Project
PackageName	Random123-doc
PackageRelease	3.fc23
PackageVersion	1.08
SHA-1	462B91A25CFA1336651E70CEE01F967A6262C51B
SHA-256	49D284618DCBCF3A52BB5CC3869180FE92416A52C03130EF9DD3A46507ECE3AF

Key	Value
MD5	31457C2C6C739136E9B0BC10F618A1B3
PackageArch	noarch
PackageDescription	Documentation for Random123 Random123 is a library of "counter-based" random number generators (CBRNGs), in which the Nth random number can be obtained by applying a stateless mixing function to N instead of the conventional approach of using N iterations of a stateful transformation. CBRNGs were originally developed for use in MD applications on Anton, but they are ideal for a wide range of applications on modern multi-core CPUs, GPUs, clusters, and special-purpose hardware. Three families of non-cryptographic CBRNGs are described in a paper presented at the SC11 conference: ARS (based on the Advanced Encryption System (AES)), Threefry (based on the Threefish encryption function), and Philox (based on integer multiplication). They all satisfy rigorous statistical testing (passing BigCrush in TestU01), vectorize and parallelize well (each generator can produce at least 264 independent streams), have long periods (the period of each stream is at least 2128), require little or no memory or state, and have excellent performance (a few clock cycles per byte of random output). The Random123 library can be used with CPU (C and C++) and GPU (CUDA and OpenCL) applications.
PackageMaintainer	Fedora Project
PackageName	Random123-doc
PackageRelease	3.fc23
PackageVersion	1.08
SHA-1	E70DF4DBBA91C2B139FF7AAB9EFBE8F0A525C0F9
SHA-256	1F9137A07A282D868FF64808E1CBDA5D6B2489F9E472C081D0437E3CC133A801

Key	Value
MD5	52B50AD090D59BD26D964C93C92FDA74
PackageArch	noarch
PackageDescription	Documentation for Random123 Random123 is a library of "counter-based" random number generators (CBRNGs), in which the Nth random number can be obtained by applying a stateless mixing function to N instead of the conventional approach of using N iterations of a stateful transformation. CBRNGs were originally developed for use in MD applications on Anton, but they are ideal for a wide range of applications on modern multi-core CPUs, GPUs, clusters, and special-purpose hardware. Three families of non-cryptographic CBRNGs are described in a paper presented at the SC11 conference: ARS (based on the Advanced Encryption System (AES)), Threefry (based on the Threefish encryption function), and Philox (based on integer multiplication). They all satisfy rigorous statistical testing (passing BigCrush in TestU01), vectorize and parallelize well (each generator can produce at least 264 independent streams), have long periods (the period of each stream is at least 2128), require little or no memory or state, and have excellent performance (a few clock cycles per byte of random output). The Random123 library can be used with CPU (C and C++) and GPU (CUDA and OpenCL) applications.
PackageMaintainer	Fedora Project
PackageName	Random123-doc
PackageRelease	3.fc23
PackageVersion	1.08
SHA-1	64A74308ABBC54741749FF0341787B3783A1C6EC
SHA-256	47B0164DDBDB6568D9EE9620DF651C4943B3A5E1758A63F7B1E6A7A920C8E978