Software Map

This library implements a general-purpose encoder/decoder for Reed-Solomon error correcting codes. The decoder supports erasures. The user can specify the parameters for any size code, limited only by machine resources. Hard-coded routines for the CCSDS-standard (255,223) code are also included.

Wifimap is a Web-based application that graphically
documents the organisation and growth of a wireless
network community. The map is composed of
numerous square cells that are recombined to display
the required area. Users can start with just a few
cells to cover their area, and can access different
areas of the network by scrolling through the cells.
New cells can be easily added using a built in editor.
Cells can be added at different zoom levels allowing users to zoom in and out of the map. The design makes it very fast, and it can be run on low powered servers.
Wireless nodes can be added or edited with a few
mouse clicks. Links between the nodes are
automatically drawn based on the data entered for
each node, and colours are used to represent different wireless protocols.

reacTIVision is a computer vision framework for the fast and robust tracking of fiducial markers attached to physical objects, as well as for multi-touch finger tracking. It was mainly designed as a toolkit for the rapid development of table-based tangible user interfaces and interactive multi-touch surfaces such as the reacTable. Client application examples are available for various programming environments such as C++, Java, C#, Processing, PureData, Max/MSP, and Quartz Composer.

HDLmaker generates hierarchical Verilog and VHDL code, PCB netlists, simulation and synthesis scripts/projects/make files, and schematics. It can translate Verilog/VHDL and HDLmaker projects into HTML, including extensive hyperlinking between the modules. It can also translate PADS PCB netlists into Verilog and VHDL and can do some simple VHDL to Verilog translations. HDLMaker synplifies the development of complex FPGAs and ASICs, and has extensive support for most Xilinx FPGAs.

Fyre provides a rendering system for chaotic maps, with an interactive GTK+ frontend and the ability to create high-resolution images from the command line.

AntFlow builds upon Apache Ant to provide a new
approach to simplifying system automation that
uses pipelines of hot folders chained together to
perform a given task. Using XML, it associates an
automated task such as data transfer, encryption,
or XML processing with a directory on the local
system. Whenever a file is copied or written into
the hot folder, the associated task is executed
and the file is moved to the next hot folder in
the pipeline for further processing.

autopilot is a command and control system for
Unmanned Aerial Vehicles. It provides hands-off
flight controls for helicopters and simple "moving
map" control for the ground station. Manual
control is similar to operation under IFR with three
axis EFIS.

Condorcet with Dual Dropping is a ranking system for deciding single or multi-winner contests (elections) using voted preference (or approval) ballot list or pairwise tally matrix. It computes the Cloneproof Schwartz Sequential Dropping (CSSD) and Tideman's Ranked Pair (RP) results for each contest round, and selects the combined CSSD and RP outcome with the lowest overall dropping cost. There are options to compute just the CSSD, RP, or Minimum Dropping Cost outcome, various optional pair rank and winner tie-breakers, and alternative measures of dropping cost (winning votes and/or margin). It comes as a console program and CGI executable.

EFEU is suitable for handling data cubes, which
are especially useful for building data
warehouses. It consists of a building system
including mkmf (a xmkmf like Makefile generator),
esh (a powerful C/C++ interpreter), efeudoc (a
document generator with different output formats
(LaTeX, HTML, roff, etc.)). EFEU has a huge set
of C library core features, including robust
memory allocation tools, functions to concatenate
and copy strings with memory allocation, buffers
for dynamically-growing strings and fields, data
structures with reference counters and garbage
collection, and file tools that allow you to
specify pipes wherever a filename is expected and
support automatic implementation of
(de)compression filters (gzip) depending on
filename extensions. It also includes a high-level
interface to files, strings, and anything else you
can read from or write to.

mpiBLAST is an MPI based parallel implementation
of NCBI BLAST. It consists of a pair of programs
that replace formatdb and blastall with versions
that execute BLAST jobs in parallel on a cluster
of computers with MPI installed. There are two
primary advantages to using mpiBLAST versus
traditional BLAST. First, mpiBLAST splits the
database across each node in the cluster. Because
each node's segment of the database is smaller it
can usually reside in the buffer-cache, yielding a
significant speedup due to the elimination of disk
I/O. Second, it allows BLAST users to take
advantage of efficient, low-cost Beowulf clusters
because interprocessor communication demands are
low. mpiBLAST achieves super-linear speedup in
situations where the database is too large to fit
into RAM, and near linear speedup in other
situations. It does not require a dedicated cluster.