Computational implementation of 3D shape grammar for AutoCAD. For creation and use of shape grammars, with canonical shape representation, instance matching with shape emergence, full grammar rules derivation.
ADOL-Py is a python extension to the ADOL-C automatic differentiation library.
Heuristic and exact algorithms for the Time-dependent Traveling Salesman Problem.
APLEpy stands for Algebraic Programming Language Extension for Python. It is an open source alternative to commercial products such as AMPL and GAMS. It offers the same high level of abstraction while keeping the advantages of using Python environment.
This software gives you at the moment what means any of that blood or urine analyses you do by telling what diseases are associated to high or low values. It's only for educational purposes!
Anmech is a tool for symbolic calculations and mathematical modelling using Matlab. Its main functions are automated derivation of equations of motion of mechanical systems and derivation of system of differential equations with numeric parameters.
AGTK is a suite of software components for building tools for annotating linguistic signals, time-series data which documents any kind of linguistic behavior (e.g. audio, video). The internal data structures are based on annotation graphs.
BANNER is a named entity recognition system intended primarily for biomedical text. It uses conditional random fields as the primary recognition engine and includes a wide survey of the best techniques described in recent literature.
A tool to extract BHPS individuals with ANY variable form ANY wave (1991-2003). It create lifepaths, for further research.
bioviz (with a z) replaces biovis (with an s) See http://www.bioviz.org for details on the Bioviz project.
BrainBox is a simulation toolbox, similar to MatLab, that simulates physical and mathematical models remotely via WebServices. BrainBox provides a user interface to help create the diagrams and interact with the simulation results with a built-in languag
Broccoli contains: -real and complex numbers,vectors,matrices,functions,polynomials -function minimizers,evolutionary algorithms,neural networks -pdfs,cdfs,max-likelihood,regression,DGPs,PRNGs,armax,garch,statistical estimation etc. -friendly JavaSwingGUI
The program enables to get performance of C/C++ program for any metric
The program enables to get performance of C/C++ program and separated pieces of code for any metrics (for instance : time, memory, metrics defined by user etc.). The measurement results are represented in detailed/summary reports. Latest Version: 2.10
An encryption algorithm and UI frontend written in Java.
CartoReso intends to facilitate enterprise computer network mapping.
A lightweight 2D FFT library for the Cell architecture. Intended to do in-core, 2D FFTs distributed across the Cell's SPEs to achieve new heights in high-speed 2D FFTs.
PyChemEq is an Open Source project which goal is to simulate chemical equilibrums. It provides classes (that are the project's "kernel" ) and a user interface using PyGtk and Glade. The whole project will be written in Python.
This package is a collection of all Celestia add-ons required to work with the scripts available at cielespace.org website.
We are still in the developing progress, the idea is to write a mathematical vector analysis program, with an easy GUI. Deutsch: Das Projekt ist noch in der Entwicklung. Es soll ein Vektor-Analyseprogramm werden, zum analysieren von Ebenen, Geraden etc..
Crypt-EG is an easy visual cryptosystem program that implements ElGamal method using elliptic curves.
The Daedalus Design framework is a complete design flow for multi-media embedded Multi-processor System-on-Chip (MPSoC) platforms. It transforms a high level system description into an FPGA prototype in a largely automated way in only a matter of hours.
DTreeJungle provides educational applets to teach the concepts of decision trees for regular pattern recognition.
Clustering problems are solved using various techniques such as SOM and K-Means. The generic problem involves multi-attribute sample points, with variable weights. We use Genetic Algorithms to build a scalable, generic & easy to use solution.
The Discrete Event Calculus Reasoner is an open source program for performing automated commonsense reasoning using the discrete event calculus, a comprehensive and highly usable formalism for reasoning about action, change, space, and mental states.
The future of information technology will be based on controlling the flow of natural light. This project is an attempt to establish the code (or software) that will enable this to happen. It involves rewriting an OS from the ground up.