Search Results for "python neural network"

A mature cross-platform C++ library for use as a default application framework. Features include: * Threading & synchronization * Socket programming: SSL, NanoMsg & ZMQ * File I/O utilities: zlib, ini, yaml * Native Database access: MySQL, SQLite, BerkleyDB, Postgre, REDIS and ODBC * Built-in mini XML parser; optional EXPAT, LIBXML and MSXML support * Network protocol stack: HTTP, FTP, SMTP, POP3, SOAP, XMLRPC * Scripting languages: Perl, Python, JavaScript, VBScript, Java, Lua, TCL...

This platform provides a Python based killboard backend supporting common tasks such as interfacing with the EVE API to fetch killmail logs, interact with EDK killboards to fetch killmails from them and parse manually logged killmails. The database layer is generic thanks to SQL Alchemy so any dbms can be used. Static data and schemas for PostgreSQL and MySQL are provided. Aggregates exist along with code to maintain them to enable high speed reports for summarized data. A point...

You specify a desired domain-logic in UML, optionally some parts in Python, from scratch or reused. This custom application model is dynamically executed or updated. - Aeonic is a project to develop that kind of MDD technology for modern server apps.

Various components for Zope3. Buildout recipe for integrating python eggs into Cocoa Xcode project builds. Proxy module to expose python objects as NSObjects, which additionally facilitates persistence using ZODB.

The goal of this project is to provide a set of Python bindings for the RakNet UDP network library version 3.0. RakNet-Python is implemented with the help of Boost.Python library and tries to mimic RakNet's original C++ interface.

This project allow to test network availability on multiple nodes. It is built as a plugin architecture in order to use it on multiples networks. Test is based on three steps : module status, local visibility of network, and interconnection between nodes

Institute of Technology, Blanchardstown Computer Science code by the class of 2007-2011 on course BN104. In this project we are open sourcing all of our project work to the public in the hopes it can be reused, built-upon, and used in education.

The Open Distributed Framework project is aimed at developing an open-source, cross-platform framework for distributed, high-performance physical modelling and simulation.