Numerics.NET

Math, Statistics and Data Analysis libraries for the Microsoft .NET Platform.

[Richard Campbell @richcampbell]

Computers don't work with real numbers. They work with approximations.

Jeffrey Sax joins .NET Rocks! to discuss https://t.co/eszmFW2PNu, precision, statistics, and the consequences of getting the math wrong.

https://t.co/qD1s5RIBuy

[Numerics.NET @NumericsDotNET]

Version 9.0.6 of Numerics .NET has been released! We've added half a dozen special functions, made comparing floating-point numbers easier, and implemented some global performance optimizations.

[Numerics.NET @NumericsDotNET]

Otherwise difficult integrands become easy by choosing the right integration rule. Details: https://t.co/ZROao4lbKT

[Numerics.NET @NumericsDotNET]

Version 9.0.5 of Numerics .NET has been released with specialized integration rules for integrands with singularities, discrete cosine transforms, and more.

[Numerics.NET @NumericsDotNET]

Using Halley's method to solve Kepler's equation. https://t.co/CcO7UcI4l8

In this week's update, we added support for solving equations in one variable using a method devised by Edmond Halley.

[Numerics.NET @NumericsDotNET]

.NET 9.0 has been released! The same day, we published an update that lets you take advantage of what's new. Learn more about how https://t.co/Do6UqUya8k supports productivity features in C#. https://t.co/xkWh0c2Bsf

[Numerics.NET @NumericsDotNET]

Check out what's new in version 9 of https://t.co/Do6UqUxCiM! https://t.co/kL3HpOsumL

[Numerics.NET @NumericsDotNET]

Extreme Optimization is now https://t.co/Do6UqUya8k! Check out our new and improved website and stay tuned for some exciting news coming soon.

[Numerics.NET @NumericsDotNET]

New this week: version 7.0.2. Solve large optimization problems with box constraints using our implementation of the L-BFGS-B algorithm.

[Numerics.NET @NumericsDotNET]

You can get the new version from NuGet. Here's a list of our packages: https://t.co/gWw3rRvBrk.

[Numerics.NET @NumericsDotNET]

Today we released version 7 of our Numerical Libraries for .NET with support for .NET Core 1.1 and 2.1, .NET Standard 1.3 and 2.0, and much more. https://t.co/cX9fKSZqIq

[Numerics.NET @NumericsDotNET]

New this week: Augmented Dickey-Fuller (ADF) test. https://t.co/elh3uieJ4D

[Numerics.NET @NumericsDotNET]

@AxelDorian04 We have a few questions. Please check your e-mail.

[Numerics.NET @NumericsDotNET]

New this week: Generalized Eigenvalue and Singluar Value Decomposition, Partial Least Squares https://t.co/kXNW4GzLEg

[Numerics.NET @NumericsDotNET]

New this week: sparse SVD, RQ QL and LQ decompositions, upgrade managed LAPACK to v3.6.1, combinatorial iterators. https://t.co/kXNW4GiafG

[Numerics.NET @NumericsDotNET]

New this week: non-central Chi-square, F, Beta, t distributions; zeros of Bessel and Airy functions. https://t.co/kXNW4GzLEg

[Numerics.NET @NumericsDotNET]

New this week: LOWESS and LOESS smoothing (https://t.co/D5qHhA7IRR), Kernel Density Estimation (https://t.co/HgoBG7WXA0)

[Numerics.NET @NumericsDotNET]

New this week: Numpy style vector broadcasting in matrix operations. https://t.co/YB3jpJUVSK, update to MKL 2017 Update 1.

[Numerics.NET @NumericsDotNET]

New this week: Cramer-von Mises goodness of fit test, Polygamma function, Modified Bessel functions of real order. https://t.co/kXNW4GzLEg

[Numerics.NET @NumericsDotNET]

New this week: Zernike polynomials, plus some minor improvements and bug fixes. https://t.co/kXNW4GzLEg