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Portable AirPlay server implementation
Shairplay is a free portable AirPlay server implementation similar to
ShairPort. Currently only AirPort Express emulation is supported.
LV2 Application Support Library
SLV2 is a library to make the use of LV2 plugins as simple as
possible for applications.
Libraries for PulseAudio clients (Linux Fedora 10)
This package contains the runtime libraries for any application that wishes
to interface with a PulseAudio sound server.
Wav player and recorder
This is a port of wavplay from Linux. It can record from your sound
card and play recorded sound.
Simple console MP3 player
A simple console MP3 player. It is based on the GPL'ed Xing decoder also
used in Zinf.
XMMS input plugin for playing 8bit Atari(TM) .sap audio files
Sapplug is a XMMS input plugin for playing 8bit Atari(TM) .sap (Slight Atari
Player) audio files.
GTK-based MP3 player
The Zinf audio player is a simple, but powerful audio player for Linux and
Win32. It supports MP3, Ogg/Vorbis, WAV and Audio CD playback, with a powerful
music browser, theme support and a download manager.
It is based on the FreeA*p audio player which was developed by EMusic. The
FreeA*p project was discontinued due to a trademark conflict and EMusic being
acquired by Vivendi.
XF86Audio multimedia-key support for XMMS
A plugin that enables XMMS to use the media-control keys on many
keyboards to control XMMS playback and volume.
Intel MPI Benchmark
The idea of IMB is to provide a concise set of elementary MPI
benchmark kernels. With one executable, all of the supported
benchmarks, or a subset specified by the command line, can be run.
The rules, such as time measurement (including a repetitive call
of the kernels for better clock synchronization), message lengths,
selection of communicators to run a particular benchmark (inside
the group of all started processes) are program parameters.
Measurement tool for available bandwidth estimation
pathChirp is a new active probing tool for estimating the available bandwidth
on a communication network path. Based on the concept of "self-induced
congestion", pathChirp features an exponential flight pattern of probes we
call a chirp. Packet chirps offer several significant advantages over current
probing schemes based on packet pairs or packet trains. By rapidly increasing
the probing rate within each chirp, pathChirp obtains a rich set of
information from which to dynamically estimate the available bandwidth.