Free artificial software for linux

Chemistry::Artificial::Graphics is a graphic plot for artificial with database support.

SYNOPSIS

use strict;
use Chemistry::SQL;
use Chemistry::Artificial::Graphics;

my $dbname = $ARGV[0];
my $chaname = $ARGV[1];
my $file = $ARGV[2];
my $mode = $ARGV[3];

if (scalar(@ARGV)!=4)
{ print "Error in parameter number n";
print "perl chaplot.pl DB_NAME
CHA_NAME FILE_NAME MODE (svg | svg_static | text)n";
exit;
}
my $db1 =
Chemistry::SQL->new(db_host=>"127.0.0.1",db_user=>"root",db_port=>"3306",sb_pwd=>"",db_name=>"$dbname",db_driver=>"mysql");
$db1->connect_db;
my $pcha = Chemistry::Artificial::Graphics->new(db => $db1, width=> "800",height=>"600",radius=> "10",distanceh=>"200",file=> $file,
mode=> $mode);
$pcha->ch_plot("$chaname");

This package, along with Chemistry::SQL, includes all the necessary to generate graphics of the artificial chemistry in database.

A framework (language + interpreter + GUI/IDE) dedicated to the setting up of intelligent personal assistants (IPAs).

this website is currently out-of-date. narval is undergoing heavy development and a new release should be published befor the end of 2004. due to some external constraints, it is not possible to show the code at the moment. we hope youll stay tuned anyway. subscribe to our announce mailing-list to be informed when it comes out.

Narval is the first software agent available as free software (Gnu Public License).

Narval is the acronym of "Network Assistant Reasoning with a Validating Agent Language".

Narval is a framework (language + interpreter + GUI/IDE) dedicated to the setting up of intelligent personal assistants (IPAs).

An Intelligent Personal Assitant is a companion that will help you in your daily work in the information world. It runs on your machine or on a remote server, and you can communicate with it via all standard means (email, web, telnet, phone, specific GUI, etc). It executes recipes (sequences of actions) you wrote, to perform a wide range of tasks, such as prepare your morning newspaper, help you surf the web by filtering out junk ads, keep searching the web day after day for things you want, participe in on-line auctions, learn you interests and bring you back valuable information, take care of repetitive chores, answer e-mail, negociate the date and time of a meeting, and much more... It is easy to extend the built in action library by writing new actions in Python.

The mascot of the Narval Project is called Ornicar and is (of course) a narwhale.

Narval features cutting-edge artificial intelligence and software design techniques. When it was born a few months ago, cyber-fairies predicted it would rapidly spread across the internet and into the world to become the ubiquitous dedicated intelligent personnal assistant weve all been longing for during the dark ages of dumb computing ;-).

Narval is designed to be a companion that will help you in your daily work in the information world. It runs on your machine or on a remote server, and you can communicate via all standard means (email, web, telnet, phone, etc). It executes recipes you wrote, to perform a wide range of tasks, such as prepare your morning newspaper, help you surf the web by filtering out junk ads, keep searching the web day after day for things you want, participe in on-line auctions, learn you interests and bring you back valuable information, take care of repetitive chores, answer e-mail, and much more...

All these features are not available yet, but you can easily specify new action using and implement new plug-ins in Python. At Logilab, we already use a narval called Gizmo as a project coordinator, and each of us has a narval companion!

RobotFlow is a mobile robotics tookit based on the FlowDesigner project. FlowDesigner is a data-flow oriented architecture, similar to Simulink (Matlab) or Labview that is free (LGPL) and versatile.
The visual programming interface provided in the FlowDesigner project will help people to better visualize & understand what is really happening in the robots control loops, sensors, actuators, by using graphical probes and debugging in real-time.
The work on RobotFlow has begun in september 2001 as an University of Sherbrooke project in the Mobile Robotics and Intelligent Systems Laboratory (LABORIUS). The work on the project still continues and will become available to everybody through SourceForge as a LGPL project.
We hope with this toolkit to create a standard & open platform that all people from hobbyists to researchers could use and improve over time. It primarily supports Linux/Unix using the GNOME GUI.
The FlowDesigner & the Robotflow toolkit are written in C++ and provide fully customizable control and processing blocks :
- Drivers & interfaces for Pioneer2 Robots
- Vision processing algorithms (color training & tracking, etc.)
- Player / Stage simulator drivers for FlowDesigner/RobotFlow
- Signal processing algorithms (audio + video)
- Basic Behaviors
- Fuzzy Logic control
- Artificial Neural Networks
- Embedded super blocks (subnets, iterators)
- Basic networking (TCP/IP, broadcast)
- Device control (Sony EVI-D30, SICK lasers, etc.)
- Finite State Machine (beta)
Networks created with the visual interface called "flowdesigner" can also be run as scripts (with no graphical interface), enabling robots with lower resources to fully take advantage of FlowDesigner / RobotFlow. FlowDesigner provides an easy way to create your own data types/structures and blocks as toolkits.
Enhancements:
- This release was updated to work with FlowDesigner 0.9 and MARIE 0.4.
- A RobotFlow namespace was created.
- OpenCV 0.9.6 library support with image tracking (text, color, features) and face tracking algorithms was added.
- New behaviors are included.
- Configure scripts were updated.
- The SNCRZ30 RS-232 driver was fixed.

CILib comes from Computational Intelligence Library.
CILib is a collaborative research framework for developing Computational Intelligence algorithms in the fields of swarm intelligence, evolutionary computing, neural networks, artificial immune systems, and fuzzy logic.
Enhancements:
- This release mainly consists of feature updates and minor bugfixes, including a speedup in performance of the Type system.
- It has initial code for the Multi-Objective Optimisation package (MOO), a Sequence Alignment package in BioInformatics, generalised operators for Entities, and a new ControlParameterStrategy.

tkCybernetics project is a lightweight cybernetics simulator.
It was designed for didactic purposes, but might be useful for quick tests of circuits.
Main features:
- The usual elements (all apropiately parameteryzable) are available - highpass filter, lowpass filter, integrator, sums, characteristics, completely customizable functions, factors, input-functions and output at arbitrary points of the circuit.
- The results are displayed as graphs and can be exported as postscript. Does currently not support saving of circuits. Checks if circuits are logicaly correct. Its NOT intended for simulation of artificial neural networks or really complex siystems. Its extensible, but only if you know Tcl (and know it well) - port to Python considered.

Charlix is a desktop assistant that is based on AIML (Artificial Intelligence Markup Language) and is compatible with any AIML interpreter with a working tag. Charlix assistent provides Web searching tools, a dictionary, a calculator, weather, translations, and more.
If you ask Charlix his MENU, he will answer:
- Enter GAMES to look for games,
- INTERNET MENU will show you internet search options,
- DICTIONARY (ANY WORD) : will show the definition of any word.
- ask CALCULATOR, or I can CALC or CALCULATE (YOUR CALCULUS)
- PREFERENCES will help you to configure the default application to use,
- say BAD ANSWER whenever you want to teach me a better answer,
- and FEATURE REQUEST to request what is to improve,
- and BUG to report a bug,
- of course ask anything or any applications, I might be able to help,
- Ask INTERNET MENU then charlix proposes,
- MULTISEARCH (SOME TERMS TO SEARCH) : will display the result of 4 search engines,
- BUY (SOMETHING) : will look on EBAY,
- ASKJEEVES (SOME TERMS TO SEARCH) : to look on ask.com,
- GOOGLE or G (SOME TERMS TO SEARCH) : to look on google.com,
- DMOZ (SOME TERMS TO SEARCH) : to look on dmoz the open directory,
- ASCII (SOME TERMS TO DISPLAY) : to make ascii art,
- WEATHER (ANY CITY OR COUNTRY OR ZIP CODE) : to look on google.com,
- NEWS : will check the news on BBC,
- SUGGEST some terms : to look for a Customer Review on amazon.com,
- TRANSLATE (a URL) will ask google to translate any web page in english,
- TRANSLATE IN (YOUR-LANGUAGE) (YOUR TEXT) Ask google to translate your text from english to your language,
- TRANSLATE FROM (YOUR-LANGUAGE) (YOUR TEXT) Ask google to translate your text from your language to english,
- Google supports Chinese French German Italian Japanese Korean Portuguese and Spanish.
Enhancements:
- A text to speech capability and a desktop creature that works with AMOR were added.

scnANNlib is a Sentinel Chicken Networks Artificial Neural Network Library.

Documentation on what is what can be found in README.files. Currently, the API specification and documentation can only be found in the source of the header files (in lib/), but this will be improved in later releases.

If you have questions about how to use the Makefiles, see README.make.

For more information about the development project, and to obtain newer versions of the library, visit http://www.sentinelchicken.org/ .