7 projects tagged "Networking"

Pop	54.09
Vit	5.61

The PPPOE with Bandwidth Management for OpenBSD Howto is a document which explains how to build an OpenBSD based router for a small flat-sharing community with four residents. The router should manage the available bandwidth fairly between the paying users and their guests. For the residents, it should be possible to use incoming ports for services like Skype or Emule. The howto basically addresses IT professionals with a rough idea of what OpenBSD is about.

Pop	335.16
Vit	7.13

IPTables-tutorial is a tutorial which explains how to install and set up iptables and netfilters on Linux. It takes you through a usable example file step by step, and helps you understand its basic functionality. The tutorial currently contains 6 different example scripts that may be used freely under GPL licensing terms.

Pop	103.08
Vit	10.32

The Infrared-HOWTO (formerly known as the IR-HOWTO) is an introduction to Linux and infrared devices and how to use the software provided by the Linux/IrDA project. This package uses IrDA(TM) compliant standards. Remote Control (RC) via infrared is not the aim of the project, though this topic is partly treated in the HOWTO.

Pop	18.60
Vit	54.75

NetInfo is intended to be multifunctional and universal software for network control, enabling the flexible change of network settings, services, individual network parts, computers, and special equipment.

Pop	50.20
Vit	1.75

The QoS connection tuning HOWTO explains how to set up basic QoS (Quality of Service) on your ADSL or cable link. This enables you to get the maximum benefit out of your connection without lag and loss.

Pop	52.12
Vit	2.63

ZSRep (Zaurus Synchronization Repository) is a project whose main goal is to provide a professional solution for synchronizing your Sharp Zaurus with any Desktop PIM software on the Linux operating system. It is designed specifically to work with the newer Sharp ROMs (DTM-based).

Pop	27.93
Vit	1.00

ttmap passively analyzes values of TCP Timestamps in captured IP packets. After collecting enough data, it computes characteristic remote machine parameters. These values let it guess remote operating systems and identify unique machines behind a single IP address. For example, it can analyze remote IP load-balanced clusters.