Finding the roots of a univariate function is a basic numerical procedure that nearly all engineers and scientists encounters at some point. I will demonstrate three well known univariate root finding algorithms: Newton-Raphson, Ridders, and Secant. All three methods require a delegate to the function and a bracketed range where a root is expected to reside, additionally, Newton-Raphson requires a continuous, non-zero derivative of f(x) in the region of the root.

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CenterSpace Software is excited to announce that we have moved to our new Corvallis offices. ” We were busting at the seams so it was time for a move.” said CenterSpace CEO Trevor Misfeldt “Our team is growing so we can expand the functionality of the NMath software and provide more consulting services to our customers.”

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We are currently working hard on our upcoming July release of NMath and NMath Stats. This release will add many new features from Runge-Kutta to automatic Peak Finding algorithms as well as address our most frequent support requests. Developers using our math libraries currently will find the new release build-compatible with the prior release. Upgrades are provided free of charge to customers with current annual maintenance contracts.

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FOR IMMEDIATE RELEASE
Partnership with Innovative Genomic Services Company
Corvallis, Oregon (May 13, 2009) – CenterSpace Software, a leading provider of enterprise class numerical component libraries for the .NET platform, and Floragenex, an innovative genomic research services company, today announced that they have teamed up to build a flexible genomics data analysis pipeline in the cloud.
Rapid growth…

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Infragistics and CenterSpace Software have created a partnership to provide our customers with sample projects that demonstrate the power of integrating Infragistic’s visualization with CenterSpace Software’s math and statistical libraries. Please stop by our partnership page and check out the examples if you need high quality visualization tools to complement your computational projects.

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