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<sect1 id="Satellite">
<title>Satellite</title>
Sat (Satellite Technology) HOWTO
Roberto Arcomano berto@fatamorgana.com, Florindo Santoro
flosan@hack-it.net
v1.81 - July 31, 2002
Sat technology is starting to become a great resource for Internet
users, allowing high bandwidth in downloading and many other interest­
ing services. This document wants to investigate "State of Art" of
Sat connections in Linux environment, how to get them speeder and to
share with many clients. You can found latest version of this document
at http://www.fatamorgana.com/bertolinux <http://www.fatamor­
gana.com/bertolinux> and http://www.hack-it.net/How-To/Sat-HOWTO.html
<http://www.hack-it.net/How-To/Sat-HOWTO.html>.
10. Links
10.1. Open
http://www.linuxtv.org <http://www.linuxtv.org>
http://www.fatamorgana.com/bertolinux
<http://www.fatamorgana.com/bertolinux> http://www.hack-it.net/How-
To/Sat-HOWTO.html <http://www.hack-it.net/How-To/Sat-HOWTO.html>
10.2. Commercial
EuropeOnLine - EON <http://www.europeonline.net>
Netsystem <http://www.netsystem.com>
Starspeeder <http://www.starspeeder.com>
Sat Node <http://www.satnode.com>
Eliosat <http://www.eliosat.com>
Falcon Stream <http://www.falconstream.com>
SkyDSL <http://www.skydsl.com>
OpenSky <http://www.opensky.it>
DirecPC <http://www.direcpc.com>
http://www.xanticbroadband.com/ <http://www.xanticbroadband.com/>
http://www.fatamorgana.com <http://www.fatamorgana.com>
</sect1>

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</sect1 id="NTP">
<sect1 id="Traffic-Control">
8.6. Traffic Shaping
The traffic shaper is a virtual network device that makes it possible
to limit the rate of outgoing data flow over another network device.
This is especially useful in scenarios such as ISPs, where it is
desirable to control and enforce policies regarding how much bandwidth
is used by each client. Another alternative (for web services only)
may be certain Apache modules which restrict the number of IP
connections by client or the bandwidth used.
<title>Traffic-Control</title>
<para>
Traffic control encompasses the sets of mechanisms and operations by which
packets are queued for transmission/reception on a network interface. The
operations include enqueuing, policing, classifying, scheduling, shaping and
dropping. This HOWTO provides an introduction and overview of the
capabilities and implementation of traffic control under Linux.
</para>
  *  the linux DiffServ project
  *  HTB site (Martin "devik" Devera)
  *  Traffic Control Next Generation (tcng)
TCNG manual (Werner Almesberger)
  *  iproute2 (Alexey Kuznetsov)
iproute2 manual (Alexey Kuznetsov)
  *  Research and documentation on traffic control under linux (Stef Coene)
  *  LARTC HOWTO (bert hubert, et. al.)
  *  guide to IP networking with linux (Martin A. Brown)
* http://metalab.unc.edu/mdw/HOWTO/NET3-4-HOWTO-6.html#ss6.15
* Traffic Control HOWTO
</sect1 id="Traffic-Control">

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<sect1 id="Traffic-Control">
8.6. Traffic Shaping
The traffic shaper is a virtual network device that makes it possible
to limit the rate of outgoing data flow over another network device.
This is especially useful in scenarios such as ISPs, where it is
desirable to control and enforce policies regarding how much bandwidth
is used by each client. Another alternative (for web services only)
may be certain Apache modules which restrict the number of IP
connections by client or the bandwidth used.
<title>Traffic-Control</title>
<para>
Traffic control encompasses the sets of mechanisms and operations by which
packets are queued for transmission/reception on a network interface. The
operations include enqueuing, policing, classifying, scheduling, shaping and
dropping. This HOWTO provides an introduction and overview of the
capabilities and implementation of traffic control under Linux.
</para>
  *  the linux DiffServ project
  *  HTB site (Martin "devik" Devera)
  *  Traffic Control Next Generation (tcng)
TCNG manual (Werner Almesberger)
  *  iproute2 (Alexey Kuznetsov)
iproute2 manual (Alexey Kuznetsov)
  *  Research and documentation on traffic control under linux (Stef Coene)
  *  LARTC HOWTO (bert hubert, et. al.)
  *  guide to IP networking with linux (Martin A. Brown)
* http://metalab.unc.edu/mdw/HOWTO/NET3-4-HOWTO-6.html#ss6.15
* Traffic Control HOWTO
</sect1>