Mathematica is the integrated system for the complete development, computation, simulation, analysis, and documentation of technical problems in a unified, platform-independent working environment using Wolfram Language. With the revolutionary "one-click" runtime creation for passing on results with the Wolfram CDF Player's technology - an unequalled simple workflow - Mathematica is the ideal technical development environment using automated runtime creation. Mathematica integrates parallelised technologies to use multicore PCs or GPUs to full capacity and enables the generation of C code.
Mathematica provides the user with an almost infinite variety of mathematical functions to solve tasks from the fields of engineering, finance and insurance mathematics, mathematics, statistics, physics, "chemical computing" and, of course, all natural sciences. Additionally, it is possible to extend Mathematica's "knowledge" at will.
The user interacts with Mathematica via its intuitive user interface, the Notebook interface, that provides a clear and structured presentation of texts, formulas, models and simulations and even dynamic objects in an interface.
The integrated machine learning module allows the automated growth of neural nets in unprecedented amorphous learning structures. Due to its multicore support, it is even possible to compute very large networks, since Mathematica has no memory limits.
The extensive algorithms for 2D and 3D image analysis, including 3D volume rendering, allow for in-depth insights into complex images and geometries. Using a 3D printer, users can print 3D elements true to the model with the 3D printing feature.
By means of filters and special effects users can perform a more detailed analysis of audio and speech data. They can also synthetize any data, overlayed by filters and special effects.
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