WattWorks^®

WattWorks is a suite of software applications and libraries brought together in an Integrated Development Environment (IDE) that is used to develop, visualize and simulate physical, software and mathematical systems and their models. These range from small, simple hierarchical systems to large, dynamic complex systems. Specifically, the elements are used both individually and in concert to design, develop, model and simulate systems in a wide range of scientific and engineering domains. The component applications interact in stand-alone, distributed client-server, grid, or cloud architectures. The challenge in managing this complexity in development is answering the question: “What works?” 

Whatever your development culture, the simple answer to complex problems is WattWorks!

WattWorks^® Enterprise Cluster Server

Our implementation of WattWorks on Red Hat Linux Rocks clusters using NVidia's CUDA architecture in a novel compute fabric consisting of massively parallel GPU threads (warps) interlaced with serial CPU refinements (wefts) upon the models and data.

With impressive speed, solutions that have been impractical in the past are now attainable in reasonable time.

By implementing Rocks with Eucalyptus* - the Elastic Utility Computing Computing Architecture, we are extending WECS into the clouds.

WattsNEAT

A topology and weight evolving artificial neural network for the simulation and evaluation of continuous, complex, dynamical systems models.

WattWorks^® PDE

WattWorks Personal Developer Edition is a limited feature edition of WattWorks for individual, non-commercial evaluation.

WARP-II™ Computational Facilities 

Watt's Advanced Research Products (WARP), our production facility for developing both large-scale traditional and hybrid, heterogeneous compute clusters. Watt WARP-II clusters are used in scientific and engineering domains for modeling, simulation and visualization based on our new NIMD neurocomputational compute fabric.

Myrthyn™

A very powerful wizard for configuring and managing complex compute fabrics for use with legacy codes.

*Copyright (c) 2009  Eucalyptus Systems, Inc.

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Last modified: 01/01/10

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