Echo-1.0|AUTH|Terry Jones <terry@santafe.edu>
Echo-1.0|BDEP|Xaw3d fwf gcc make plotter xpm
Echo-1.0|DATE|1008089710 1008089713
Echo-1.0|DEPS|Xaw3d fwf plotter gettext libXpm libiconv
Echo-1.0|DESC|A generic ecosystem population growth model. Echo is a system in which evolving agents are situated in a resource limited environment. The Echo model is described and the behaviour of Echo is evaluated on two measures of diversity: relative species abundance and the species area scaling relation. The population graphs it produces are wonderful.
Echo-1.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
Echo-1.0|GIFS|echo.gif:Screen shot of Echo running:echo2.gif:Screen shot of Echo running
Echo-1.0|HREF|ftp://ftp.santafe.edu/pub/echo
Echo-1.0|SIZE|102463 490032
Echo-1.0|TREE|/opt/Echo
Echo-1.0|UPDT|-1 1641433245 5936
Echo-1.0|ZZZZ|END
GAucsd-1.4|AUTH|Nicol N. Schraudolph <nici@cs.ucsd.edu>
GAucsd-1.4|DATE|959685394 959685396
GAucsd-1.4|DESC|A genetic algorithm package. GAucsd is a system for function optimisation based on genetic search techniques. The system is distributed to encourage the experimental use of genetic algorithms on realistic optimisation problems, and thereby to identify the strengths and weaknesses of genetic algorithms.
GAucsd-1.4|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
GAucsd-1.4|HREF|http://www.pcai.com/pcai/New_Home_Page/ai_info/genetic_algorithms.html
GAucsd-1.4|SIZE|52829 53462
GAucsd-1.4|TREE|/opt/GAucsd
GAucsd-1.4|UPDT|671 1641516582 4925
GAucsd-1.4|ZZZZ|END
Glife-0.2.1|AUTH|Ali Abdin <aliabdin@aucegypt.edu>
Glife-0.2.1|BDEP|ORBit audiofile db esound gcc gettext glib gnome_lib gtk+ imlib indent jpeg libglade libpng libxml make tiff xpm zlib
Glife-0.2.1|DATE|976800347 976800349
Glife-0.2.1|DEPS|ORBit audiofile db esound gettext glib gnome_lib gtk+ imlib indent jpeg libglade libpng libxml tiff gettext libXpm libiconv zlib 
Glife-0.2.1|DESC|N artificial life implementation using GNOME. GLife will try to emulate an Artificial Society. It will implement reproduction, and movement. Movement will be based on the vision of the animals. Read Growing Artificial Societies. This is the best Life simulation I have seen.
Glife-0.2.1|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
Glife-0.2.1|HREF|http://glife.sourceforge.net/
Glife-0.2.1|SIZE|53263 328429
Glife-0.2.1|TREE|/opt/Glife
Glife-0.2.1|UPDT|-1 1641433245 5842
Glife-0.2.1|ZZZZ|END
NeoCognitron-1.0|AUTH|Frank Schnorrenberg <schnob@cs.tamu.edu>
NeoCognitron-1.0|DATE|958758860 958758862
NeoCognitron-1.0|DESC|A hierarchical self-organising feedforward neural network. It learns off-line in a supervised or unsupervised manner. The network is mainly used to recognise handwritten numerals and characters. An advantage of the network is its considerable tolerance with respect to distortion and misalignment of the input patterns.
NeoCognitron-1.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
NeoCognitron-1.0|HREF|http://www.cs.cmu.edu/afs/cs/project/ai-repository/ai/areas/neural/systems/0.html
NeoCognitron-1.0|SIZE|21139 52565
NeoCognitron-1.0|TREE|/opt/NeoCognitron
NeoCognitron-1.0|UPDT|0 1641257431 4389
NeoCognitron-1.0|ZZZZ|END
NeurDS-3.1|AUTH|David B. Wecker <wecker@decwrl.dec.com>
NeurDS-3.1|DATE|959779448 959779449
NeurDS-3.1|DESC|Neural Design and Simulation System. This is a general purpose tool for building, running and analysing Neural Network Models in an efficient manner. NeurDS will compile and run virtually any Neural Network Model using a consistent user interface that may be either window or batch oriented.
NeurDS-3.1|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
NeurDS-3.1|HREF|http://www.wior.uni-karlsruhe.de/Bibliothek/Software_for_OR/Neural_Networks/pub/NeurDS.html
NeurDS-3.1|SIZE|153453 89440
NeurDS-3.1|TREE|/opt/NeurDS
NeurDS-3.1|UPDT|-1 1641516582 2063
NeurDS-3.1|ZZZZ|END
NevProp-1.6|AUTH|Phil Goodman <goodman@unr.edu>
NevProp-1.6|DATE|959779474 959779475
NevProp-1.6|DESC|Easy to use feedforward backpropagation program. The Nevada Backpropagation program features unlimited input patterns, output units, arbitrary connections among the various units in each layer, and a choice of gradient descent.
NevProp-1.6|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
NevProp-1.6|HREF|http://www.it.uom.gr/pdp/DigitalLib/Neural/neu_soft.htm
NevProp-1.6|SIZE|25925 40157
NevProp-1.6|TREE|/opt/NevProp
NevProp-1.6|UPDT|544 1641862244 35022
NevProp-1.6|ZZZZ|END
aiparts-1.1.1|AUTH|Brian Marshall <bmarshal@agt.net>
aiparts-1.1.1|DATE|959700005 959700006
aiparts-1.1.1|DESC|A staff-scheduling program written in C++. It reads input files describing your employees and shifts and constraints, and writes the best schedule it finds to an output file. This is part of the hope-based problem solving research by Brian Marshall. This work has evolved into the aiparts open-source project.
aiparts-1.1.1|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
aiparts-1.1.1|HREF|http://www.agt.net/public/bmarshal/aiparts/aiparts.htm
aiparts-1.1.1|SIZE|97618 36482
aiparts-1.1.1|TREE|/opt/aiparts
aiparts-1.1.1|UPDT|-1 1641689496 5091
aiparts-1.1.1|ZZZZ|END
am-6.0|AUTH|Russell Leighton at MITRE <leighton@mitre.org>
am-6.0|DATE|959904983 959904985
am-6.0|DESC|The Aspirin/MIGRAINES neural network simulation environment. This software consists of a code generator that builds neural network simulations by reading a network description file written in a language called "Aspirin" and generates an ANSI C simulation. An interface called "MIGRAINES" is provided to export data from the neural network to visualisation tools. The previous version has over 600 registered installation sites world wide.
am-6.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
am-6.0|HREF|http://www.stats.ox.ac.uk/pub/neural/
am-6.0|SIZE|174020 1173772
am-6.0|TREE|/opt/am
am-6.0|UPDT|-1 1641948592 14217
am-6.0|ZZZZ|END
atree-2.0|AUTH|Professor William W. Armstrong <arms@cs.ualberta.ca>
atree-2.0|DATE|962626409 962626411
atree-2.0|DESC|Adaptive logic network simulation software. This package will help you experiment with learning networks that will instruct and perhaps surprise you. The package might even be adequate for building some industrial applications, but it is really for the researcher and experimenter.
atree-2.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
atree-2.0|HREF|http://www.cs.ualberta.ca/~arms/logicnet.html
atree-2.0|SIZE|113188 186052
atree-2.0|TREE|/opt/atree
atree-2.0|UPDT|721 1641174158 6913
atree-2.0|ZZZZ|END
bugworld-0.0.1|AUTH|Martyn Amos <martyn@dcs.warwick.ac.uk>
bugworld-0.0.1|DATE|1006966754 1006966756
bugworld-0.0.1|DESC|An exciting Genetic Algorithm for Zoologists and Ecologists. A virtual physical environment is created within the computer, which is then populated by various creatures composed entirely of machine instructions. The bugs compete for both energy and material resources. Its all Pure Richard Dawkins!
bugworld-0.0.1|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
bugworld-0.0.1|HREF|http://zooland.alife.org/download/packages/
bugworld-0.0.1|SIZE|16238 19912
bugworld-0.0.1|TREE|/opt/bugworld
bugworld-0.0.1|UPDT|460 1641948592 2407
bugworld-0.0.1|ZZZZ|END
cluster-2.9|AUTH|A. Stolcke <stolcke@icsi.berkeley.edu>
cluster-2.9|DATE|1008176913 1008176915
cluster-2.9|DESC|Hierarchical Cluster and Principal Component Analysis. Cluster performs Hierarchical Cluster Analysis on a set of vectors and outputs the result in a variety of formats on standard output.
cluster-2.9|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
cluster-2.9|HREF|http://www.icsi.berkeley.edu/ftp/pub/ai/stolcke/software/
cluster-2.9|SIZE|21485 40242
cluster-2.9|TREE|/opt/cluster
cluster-2.9|UPDT|4 1642038122 6096
cluster-2.9|ZZZZ|END
dblife-10.10|AUTH|David I. Bell <dbell@canb.auug.org.au>
dblife-10.10|BDEP|make ncurses
dblife-10.10|DATE|1527024174 1527024173 1527024175
dblife-10.10|DEPS|ncurses
dblife-10.10|DESC|A terminal or X11 based game of life. This program plays the Game of Life on a very large board using sparse matrices. The memory requirements depend on the total number of live cells of the object, and not on their locality! Therefore Life objects which cover a very large area can be manipulated.
dblife-10.10|EXTS|-ia64_64-11.31.depot.gz -hppa_32-11.31.depot.gz -src-11.31.tar.gz
dblife-10.10|HREF|http://www.canb.auug.org.au/~dbell
dblife-10.10|LANG|CLNG
dblife-10.10|LICE|GPL2
dblife-10.10|SIZE|471967 207763 317333
dblife-10.10|TREE|/usr/local
dblife-10.10|UPDT|9 1641516582 50355
dblife-10.10|ZZZZ|END
dblife-10.11|AUTH|David I. Bell <dbell@canb.auug.org.au>
dblife-10.11|BDEP|make ncurses
dblife-10.11|DATE|1605017803 1605017804
dblife-10.11|DEPS|ncurses
dblife-10.11|DESC|A terminal or X11 based game of life. This program plays the Game of Life on a very large board using sparse matrices. The memory requirements depend on the total number of live cells of the object, and not on their locality! Therefore Life objects which cover a very large area can be manipulated.
dblife-10.11|EXTS|-ia64_64-11.31.depot.gz -src-11.31.tar.gz
dblife-10.11|HREF|http://www.canb.auug.org.au/~dbell
dblife-10.11|LANG|CLNG
dblife-10.11|LICE|GPL2
dblife-10.11|SIZE|472698 318451
dblife-10.11|TREE|/usr/local
dblife-10.11|UPDT|9 1641516582 50355
dblife-10.11|ZZZZ|END
dblife-10.2|AUTH|David I. Bell <dbell@canb.auug.org.au>
dblife-10.2|BDEP|make ncurses
dblife-10.2|DATE|1451594985 1451594985 1451594986
dblife-10.2|DEPS|ncurses
dblife-10.2|DESC|A terminal or X11 based game of life. This program plays the Game of Life on a very large board using sparse matrices. The memory requirements depend on the total number of live cells of the object, and not on their locality! Therefore Life objects which cover a very large area can be manipulated.
dblife-10.2|EXTS|-ia64_32-11.31.depot.gz -hppa_32-11.31.depot.gz -src-11.31.tar.gz
dblife-10.2|HREF|http://www.canb.auug.org.au/~dbell
dblife-10.2|LANG|CLNG
dblife-10.2|LICE|GPL2
dblife-10.2|SIZE|429866 184824 288198
dblife-10.2|TREE|/usr/local
dblife-10.2|UPDT|9 1641516582 50355
dblife-10.2|ZZZZ|END
dblife-8.3|AUTH|David I. Bell <dbell@canb.auug.org.au>
dblife-8.3|BDEP|make ncurses
dblife-8.3|DATE|1303388281 1303388280 1303388279 1303388279 1303388282
dblife-8.3|DEPS|ncurses
dblife-8.3|DESC|A terminal or X11 based game of life. This program plays the Game of Life on a very large board using sparse matrices. The memory requirements depend on the total number of live cells of the object, and not on their locality! Therefore Life objects which cover a very large area can be manipulated.
dblife-8.3|EXTS|-ia64_32-11.23.depot.gz -hppa_32-11.31.depot.gz -hppa_32-11.23.depot.gz -hppa_32-11.11.depot.gz -src-11.11.tar.gz
dblife-8.3|HREF|http://www.canb.auug.org.au/~dbell
dblife-8.3|LANG|CLNG
dblife-8.3|LICE|GPL2
dblife-8.3|SIZE|279339 128388 128394 128240 161211
dblife-8.3|TREE|/usr/local
dblife-8.3|UPDT|9 1641516582 50355
dblife-8.3|ZZZZ|END
gNiall-0.7.1|AUTH|dirtyrat <rat@spunge.org>
gNiall-0.7.1|BDEP|ORBit audiofile db esound gcc gettext glib gnome_lib gtk+ imlib indent jpeg libpng make tiff xpm zlib
gNiall-0.7.1|DATE|985971088 985971091
gNiall-0.7.1|DEPS|ORBit audiofile db esound gettext glib gnome_lib gtk+ imlib indent jpeg libpng tiff gettext libXpm libiconv zlib 
gNiall-0.7.1|DESC|An intelligent language learning program. GNiall attempts to learn whatever language you try to teach it by breaking down the sentences and remembering the connections between words.
gNiall-0.7.1|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
gNiall-0.7.1|HREF|http://gniall.sourceforge.net/
gNiall-0.7.1|SIZE|29126 90465
gNiall-0.7.1|TREE|/opt/gNiall
gNiall-0.7.1|UPDT|-1 1641433245 5954
gNiall-0.7.1|ZZZZ|END
gaul-0.1836|AUTH|Stewart Adcock <stewart@linux-domain.com>
gaul-0.1836|BDEP|gcc make
gaul-0.1836|DATE|1012820996 1012820998
gaul-0.1836|DESC|The Genetic Algorithm Utility Library. GAUL is a flexible programming library designed to aid in the development of applications that require the use of genetic algorithms. It provides data structures and functions for handling and manipulation of the data required for a genetic algorithm.
gaul-0.1836|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
gaul-0.1836|GIFS|gaul.gif:The logo
gaul-0.1836|HREF|http://www.sc.edu/ltantsoc/geogmain.htm
gaul-0.1836|SIZE|482636 381185
gaul-0.1836|TREE|/opt/gaul
gaul-0.1836|UPDT|263 1641948592 8973
gaul-0.1836|ZZZZ|END
hodge-0.99j|AUTH|Joerg Heitkoetter <joke@ls11.informatik.uni-dortmunde.de>
hodge-0.99j|DATE|1007486178 1007486181
hodge-0.99j|DESC|Cellular automata that resemble chemical reactions. Hodge is an implementation of Gerhard & Schuster's hodge-podge machine, which is a class of cellular automata, that resemble very closely autocatalytic reactions, like the Belousov-Zhabotinskii reaction. Familiarity with gnuplot useful.
hodge-0.99j|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
hodge-0.99j|HREF|http://alife.ccp14.ac.uk/ftp-mirror/alife/zooland/pub/research/ci/Alife/packages/
hodge-0.99j|SIZE|35716 498981
hodge-0.99j|TREE|/opt/hodge
hodge-0.99j|UPDT|365 1641948592 2581
hodge-0.99j|ZZZZ|END
hst-1.0|AUTH|Arun Jagota <jagota@cs.buffalo.edu>
hst-1.0|DATE|959696225 959696226
hst-1.0|DESC|A new Hopfield-style network simulator. The Hopfield-style network can be applied to Degraded Text Recognition and Restoration. There is a multi layer version of this mode. There is also a neural lexicon in a Hopfield style network.
hst-1.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
hst-1.0|HREF|http://www.cs.cmu.edu/afs/cs/project/ai-repository/ai/areas/neural/cns/hst.ltv
hst-1.0|SIZE|27679 29118
hst-1.0|TREE|/opt/hst
hst-1.0|UPDT|17  780
hst-1.0|ZZZZ|END
lee-1.3|AUTH|Richard Belew and Filippo Menczer <fil@ucsd.edu>
lee-1.3|DATE|961497784 961497786
lee-1.3|DESC|Latent Energy Environments software package. LEE is an artificial life simulator which can be used to evolve populations of neural networks adapting to environments of increasing complexity.
lee-1.3|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
lee-1.3|HREF|http://www.mirror.ac.uk/sites/ftp.debian.org/debian/project/orphaned/
lee-1.3|SIZE|75562 112011
lee-1.3|TREE|/opt/lee
lee-1.3|UPDT|703 1641174158 7037
lee-1.3|ZZZZ|END
libneural-1.0|AUTH|Daniel Franklin <d.franklin@computer.org>
libneural-1.0|DATE|987107717 987107719
libneural-1.0|DESC|Simple Backpropagation Neural Network implementation. This library performs some pattern recognition. The library source is simple and very readable, and implements the most basic backpropagation network. It contains all you need for the construction of a three layer backpropagation neural network.
libneural-1.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
libneural-1.0|HREF|ftp://ftp.uni-bremen.de/pub/mirrors/sunsite/science/ai/
libneural-1.0|SIZE|163693 150149
libneural-1.0|TREE|/opt/libneural
libneural-1.0|UPDT|500 1641862244 9457
libneural-1.0|ZZZZ|END
ltree-1.0|AUTH|N/A <N/A>
ltree-1.0|DATE|963585937 963585940
ltree-1.0|DESC|Constructive induction on continuous spaces. Ltree is a data driven constructive induction system able to define decision surfaces both orthogonal and oblique to the axes defined by the attributes of the input space. Ref: Matheus and Rendell.
ltree-1.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
ltree-1.0|HREF|ftp://ftp.jaist.ac.jp/.arc07/FreeBSD-nonUS/ports/devel
ltree-1.0|SIZE|43701 128940
ltree-1.0|TREE|/opt/ltree
ltree-1.0|UPDT|720 1641174158 2494
ltree-1.0|ZZZZ|END
mozg-0.4.3|AUTH|Alexey P. Filin <filin@desert.ihep.su>
mozg-0.4.3|DATE|987763236 987763238
mozg-0.4.3|DESC|A fast and flexible neurolibrary. It allows you to create, learn and use multi-layer perceptron, which is the most popular artificial neural network. The Kernal consists of fast vector and matrix operations using mozgVector and mozgMatrix class templates.
mozg-0.4.3|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
mozg-0.4.3|HREF|ftp://ftp.debian.org/pub/sourceforge/MozGlade
mozg-0.4.3|SIZE|102295 211357
mozg-0.4.3|TREE|/opt/mozg
mozg-0.4.3|UPDT|-1 1641257431 4294
mozg-0.4.3|ZZZZ|END
neuralnet-2.0|AUTH|Eugene W. Hodges, IV <ewhodges@eos.ncsu.edu>
neuralnet-2.0|DATE|959905013 959905014
neuralnet-2.0|DESC|Motif neural net package. NeuralNet is a GUI to the designing, training, and evaluating of neural networks using the backpropagation training algorithm. Simple sample network, pattern, and weights files are included. No explanation of the file formats are included except the pattern files, which are explained in the help file supplied with the program. The point being that the program takes care of the generation of the other two files, network and weights, for the user. The pattern files must be created by the user. All file formats are in text (ASCII).
neuralnet-2.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
neuralnet-2.0|GIFS|neuralnet.gif:Screen shot of neuralnet running
neuralnet-2.0|HREF|http://scis.nova.edu/~guild/
neuralnet-2.0|SIZE|56964 88114
neuralnet-2.0|TREE|/opt/neuralnet
neuralnet-2.0|UPDT|618 1641778910 4064
neuralnet-2.0|ZZZZ|END
nnw-0.03|AUTH|alm <ameulen@users.sourceforge.net>
nnw-0.03|DATE|1012839591 1012839594
nnw-0.03|DESC|A new faster way of thinking about AI. Neu Net Work gives very fast learning. The demos works bottom up and cell-driven. Programming is simple and uses english language style commands.
nnw-0.03|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
nnw-0.03|HREF|http://nnw.sourceforge.net/
nnw-0.03|SIZE|36490 35380
nnw-0.03|TREE|/opt/nnw
nnw-0.03|UPDT|-1 1641433245 5662
nnw-0.03|ZZZZ|END
roxanne-2.4|AUTH|Michael K. Arras <arras@icase.edu>
roxanne-2.4|DATE|960201699 960201701
roxanne-2.4|DESC|Read Only X Window Artificial Neural Network Emulator. ROXANNE is an interactive X Window simulator of 1, 2 and 3 dimensional Kohonen Self-Organising Maps. The simulator has a main panel of parameters, menus and function buttons. Also, there can be several display windows. The Self-Organising Map tries to find an optimum mapping of the input stream in the input space.
roxanne-2.4|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
roxanne-2.4|HREF|http://www.emsl.pnl.gov:2080/proj/neuron/neural/systems/shareware.html
roxanne-2.4|SIZE|31791 20412
roxanne-2.4|TREE|/opt/roxanne
roxanne-2.4|UPDT|623 1641778910 29390
roxanne-2.4|ZZZZ|END
scsc-1.3j|AUTH|Joerg Heitkoetter <emayer@uoft02.utoledo.edu>
scsc-1.3j|DATE|1007579455 1007579458
scsc-1.3j|DESC|GAs in Search, Optimization and Machine Learning. This a a C translation of Goldberg's Pascal SCS Simple Classifier System. SCS-C is intended to be a simple program for first-time LCS experimentation. It is not intended to be definitive in terms of its efficiency, but some work has been put into the grace of its implementation.
scsc-1.3j|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
scsc-1.3j|HREF|http://ftp.cerias.purdue.edu/pub/doc/EC/CFS/src/
scsc-1.3j|SIZE|33200 209794
scsc-1.3j|TREE|/opt/scsc
scsc-1.3j|UPDT|-1 1641174158 17840
scsc-1.3j|ZZZZ|END
snns-4.2|AUTH|Andreas Zell <zell@informatik.uni-tuebingen.de>
snns-4.2|DATE|961623163 961623166
snns-4.2|DESC|Stuttgart Neural Network Simulator. This package consists of three main components. The NESSUS (network definition language of the University of Stuttgart) compiler allows the generation of medium-sized to large structured nets using a programming language developed especially for this task. The output from the compile (an ASCII file) is read in by the kernel which builds its own data structures in memory. The graphical user interface, XGU, built on top of the kernel, gives a graphical representation of the neural networks and controls the kernel during the simulation run.
snns-4.2|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
snns-4.2|HREF|http://www.informatik.uni-stuttgart.de/ipvr/bv/projekte/snns
snns-4.2|SIZE|2369702 2137115
snns-4.2|TREE|/opt/snns
snns-4.2|UPDT|0 1641174158 5773
snns-4.2|ZZZZ|END
workforc-1.3.0|AUTH|Brian <bmarshal@agt.net>
workforc-1.3.0|DATE|959698173 959698175
workforc-1.3.0|DESC|A staff-scheduling program written in C++. It reads input files describing your employees and shifts and constraints, and writes the best schedule it finds to an output file. This is part of the hope-based problem solving research by Brian Marshall. This work has evolved into the aiparts open-source project.
workforc-1.3.0|EXTS|-hppa_32-11.00.depot.gz -src-11.00.tar.gz
workforc-1.3.0|HREF|http://www.agt.net/public/bmarshal/aiparts/package.htm
workforc-1.3.0|SIZE|85086 54905
workforc-1.3.0|TREE|/opt/workforc
workforc-1.3.0|UPDT|543 1641862244 12288
workforc-1.3.0|ZZZZ|END
xnbc-9.107|AUTH|Dr Jean-Francois Vibert, MD <vibert@b3e.jussieu.fr>
xnbc-9.107|BDEP|bzip2 expat fontconfig freetype gettext glib gtk+ lesstif libXft libXpm libXrender libiconv libpng libunistring make renderproto zlib
xnbc-9.107|DATE|1223641140 1223641138 1223641137 1223641136 1223641134 1223641140
xnbc-9.107|DEPS|gettext glib gtk+ libXpm libiconv lesstif expat fontconfig freetype zlib libXft libXrender bzip2 libpng libunistring
xnbc-9.107|DESC|Prog to simulate biological neural networks. It has editors for several possible scenarios like a Hodgkin-Huxley neuron editor, a simple network editor, a drug file editor. It also has a visualisation tool, a tool for times series analysis and one for cluster activity.
xnbc-9.107|EXTS|-ia64_32-11.31.depot.gz -ia64_32-11.23.depot.gz -hppa_32-11.31.depot.gz -hppa_32-11.23.depot.gz -hppa_32-11.11.depot.gz -src-11.11.tar.gz
xnbc-9.107|HREF|http://www.b3e.jussieu.fr/xnbc
xnbc-9.107|LANG|CLNG
xnbc-9.107|LICE|GPL2
xnbc-9.107|SIZE|8062298 8199279 5964875 5961421 5960703 4101454
xnbc-9.107|TREE|/usr/local
xnbc-9.107|UPDT|-1 1641433245 5880
xnbc-9.107|ZZZZ|END
