Carlo Barbieri talks about relational database integration.

Tom Wickham-Jones, Wolfram director of kernel technology, talks about The Wolfram System Compiler.

Jon Woodard, Wolfram partnerships analyst, talks about Wolfram Blockchain Labs.

Riccardo Di Virgilio talks with us about Wolfram Client Library for Python.

Matteo Salvarezza talks about what's new in the Wolfram Neural Net Framework.

Chad Knutson, Wolfram application developer, talks about Wolfram Tech Services projects.

Computer-Based Math™ (CBM) requires curriculum and course materials with computation at their heart. This talk demonstrates tools for a pilot project in Estonia—including collaboration tools, formative assessment tools, and ...

This presentation shows an add-on package that facilitates symbolic computation in Mathematica for tensor analysis. This add-on, MathSymbolica, contains over 1,000 functions and its own interpreter language for notation, manipulation and ...

This paper describes complexity theory of neural networks, defined by tensor decompositions, with a review of simplification of the tensor decomposition for simpler neural network architectures. The concept of Z-completeness for a network N is defined in the existence of a tensor decomposition ...

In a recent Community post, tools for calculating a hundred thousand tetrahedron centers were used to make an animation. For this talk, a dozen new geometry tools for both 2D ...

Mathematica's high-level commands and holistic approach make it possible for a single programmer to implement relatively complex research tools that are customized for a particular study. Here William Turkel shares ...

In the beginning, the text summary task and the basic properties of the BERT model will be reviewed. Then I will introduce the idea and the algorithm of the text summary paper that we are going to implement. Finally, I will show the steps of building the text ...

I demonstrate problem-solving skills in these four domains: geometry, combinatorics, number theory and algebra/analysis. Wolfram Language's built-in functions and Wolfram Function Repository resources have a unique charm to make the exploration of ...

Wolfram Language's built-in functions and Wolfram Function Repository resources have a unique charm that makes the exploration of the solutions very comprehensible. This talk uses published resources and examples to ...

This talk continues a previous discussion of solving more complex problems in every major branch of mathematics using Wolfram Language, including how Wolfram Languae can help with understanding the fundamentals and applying generalizations with very limited amounts of code based on built-in functions and the community-driven Wolfram Function Repository. Mathematica users can easily go beyond the problem itself ...