Algorithm::Evolutionary - Perl module for performing paradigm-free evolutionary algorithms. River stage one • 2 direct dependents • 3 total dependents

"Algorithm::Evolutionary" is a set of classes for doing object-oriented evolutionary computation in Perl. Why would anyone want to do that escapes my knowledge, but, in fact, we have found it quite useful for our own purposes. Same as Perl itself. Th...

JMERELO/Algorithm-Evolutionary-0.80 - 31 Oct 2014 07:18:32 GMT - Search in distribution

Algorithm::Evolutionary::Utils - Collection of functions used in all kind of evolutionary algorithms.. River stage one • 1 direct dependent • 1 total dependent

Miscellaneous class that contains functions that might be useful somewhere else, especially when computing EA statistics....

JMERELO/Algorithm-Evolutionary-Utils-4.00.00 - 08 Feb 2018 08:45:34 GMT - Search in distribution

Algorithm::Evolutionary::Simple - Run a simple, canonical evolutionary algorithm in Perl River stage zero No dependents

Assorted functions needed by an evolutionary algorithm, mainly for demos and simple clients....

JMERELO/Algorithm-Evolutionary-Simple-0.3 - 17 Aug 2017 09:02:37 GMT - Search in distribution

Algorithm::Evolutionary::Fitness - Base class for fitness functions River stage zero No dependents

This module includes functionality that should be common to all fitness functions. Or at least it would be nice to have it in common. It counts the number of evaluations and includes a common API for caching evaluations....

JMERELO/Algorithm-Evolutionary-Fitness-v3.102 - 22 Mar 2016 19:19:48 GMT - Search in distribution

Algorithm::MasterMind::Evolutionary - Tries to compute new solution from last River stage zero No dependents

Mainly used in test functions, and as a way of instantiating base class....

JMERELO/Algorithm-MasterMind-v0.4.5 - 19 Jul 2012 18:06:25 GMT - Search in distribution

POE::Component::Algorithm::Evolutionary - Run evolutionary algorithms in a preemptive multitasking way. River stage one • 1 direct dependent • 1 total dependent

Not a lot here: it creates a component that uses POE to run an evolutionary algorithm...

JMERELO/POE-Component-Algorithm-Evolutionary-0.2.1 - 21 Feb 2009 12:55:08 GMT - Search in distribution

bioaln - Alignment manipulations based on BioPerl River stage zero No dependents

bioaln performs common, routine manipulations of sequence alignments based on BioPerl modules including Bio::AlignIO, Bio::SimpleAlign and Bio::Align::Utilities. By default, bioaln assumes that both the input and the output files are in CLUSTALW form...

ROCKY/Bio-BPWrapper-1.12 - 15 Aug 2017 20:30:37 GMT - Search in distribution

Bio::KBase::CDMI::CDMI_EntityAPIImpl River stage zero No dependents

RDO/Bio-KBase-0.06 - 15 Aug 2012 23:56:34 GMT - Search in distribution

aivolver - Evolves optimal artificial neural networks River stage zero No dependents

Artificial neural networks (ANNs) are decision-making machines that develop their capabilities by training on input data. During this training, the ANN builds a topology of input neurons, hidden neurons, and output neurons that respond to signals in ...

RVOSA/AI-FANN-Evolving-0.4 - 04 Jun 2014 22:42:31 GMT - Search in distribution

AI::PSO - Module for running the Particle Swarm Optimization algorithm River stage zero No dependents

OF ALGORITHM Particle Swarm Optimization is an optimization algorithm designed by Russell Eberhart and James Kennedy from Purdue University. The algorithm itself is based off of the emergent behavior among societal groups ranging from marching of ant...

KYLESCH/AI-PSO-0.86 - 25 Nov 2006 03:49:50 GMT - Search in distribution

YAPC::Europe::UGR - University of Granada proposal for YAPC::EU 2015 River stage zero No dependents

This is the proposal presented for hosting YAPC::Europe 2015, which will be in Granada in 2015. What follows is the final version of the proposal. Feel free to re-use it under the same terms that Perl itself. While we set everything up, this is a hin...

JMERELO/YAPC-Europe-UGR-0.9.1 - 24 Aug 2014 06:54:30 GMT - Search in distribution

Math::ES - Evolution Strategy Optimizer River stage zero No dependents

The package Math::ES provides an object orientated Evolution Strategy (ES) for function minimization. It supports multiple populations, elitism, migration, isolation, two selection schemes and self-adapting step widths. Historical background Evolutio...

AHCHORN/Math-ES-0.08 - 09 Jun 2003 13:19:23 GMT - Search in distribution

Task::POE::All - All of POE on CPAN River stage zero No dependents

This task contains all distributions under the POE namespace....

APOCAL/Task-POE-All-1.102 - 09 Nov 2014 11:07:41 GMT - Search in distribution

AI::Genetic::Pro - Efficient genetic algorithms for professional purpose. River stage zero No dependents

This module provides efficient implementation of a genetic algorithm for professional use. It was designed to operate as fast as possible even on very large populations and big individuals/chromosomes. "AI::Genetic::Pro" was inspired by "AI::Genetic"...

STRZELEC/AI-Genetic-Pro-0.401 - 19 Nov 2011 11:38:38 GMT - Search in distribution

ObjStore::Internals - a few notes on the implementation River stage zero No dependents

Perl & "C++" APIs: What's The Difference? Most stuff should be roughly the same. The few exceptions have generally arisen because there was a perl way to make the interface more programmer friendly. * Transactions are perlified. * Some static methods...

JPRIT/ObjStore-1.59 - 27 Apr 2000 14:22:09 GMT - Search in distribution

MIDI::Simple::Drummer - An algorithmic MIDI drummer River stage one • 1 direct dependent • 1 total dependent

This is a "robotic" drummer that provides algorithmic methods to make beats, rhythms, noise, what have you. It is also a glorified metronome. This is not a traditional "drum machine" that is controlled in a mechanical or "arithmetic" sense. It is a "...

GENE/MIDI-Simple-Drummer-0.0803 - 04 Oct 2015 22:54:27 GMT - Search in distribution

Bio::Align::DNAStatistics - Calculate some statistics for a DNA alignment River stage two • 38 direct dependents • 40 total dependents

This object contains routines for calculating various statistics and distances for DNA alignments. The routines are not well tested and do contain errors at this point. Work is underway to correct them, but do not expect this code to give you the rig...

CJFIELDS/BioPerl-1.007002 - 11 Sep 2017 21:25:08 GMT - Search in distribution

Bio::Phylo::Forest::TreeRole - Extra behaviours for a phylogenetic tree River stage two • 7 direct dependents • 10 total dependents

The object models a phylogenetic tree, a container of Bio::Phylo::Forest::Node objects. The tree object inherits from Bio::Phylo::Listable, so look there for more methods....

RVOSA/Bio-Phylo-v2.0.1 - 30 Oct 2017 19:50:35 GMT - Search in distribution

Algorithm::NeedlemanWunsch - sequence alignment with configurable scoring River stage one • 2 direct dependents • 5 total dependents

Sequence alignment is a way to find commonalities in two (or more) similar sequences or strings of some items or characters. Standard motivating example is the comparison of DNA sequences and their functional and evolutionary similarities and differe...

VBAR/Algorithm-NeedlemanWunsch-0.04 - 07 Sep 2013 07:35:42 GMT - Search in distribution

Algorithm::Evolve - An extensible and generic framework for executing evolutionary algorithms River stage zero No dependents

This module is intended to be a useful tool for quick and easy implementation of evolutionary algorithms. It aims to be flexible, yet simple. For this reason, it is not a comprehensive implementation of all possible evolutionary algorithm configurati...

ROSULEK/Algorithm-Evolve-0.03 - 27 May 2003 23:11:03 GMT - Search in distribution

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