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Automated Planar Geometry
Dan McDonald, Peter Barendse, Jack Heimrath, Jeremy Stratton-Smith
We present updates to the automated geometric functionality of the Wolfram Language introduced in Version 12, including new functionality for automated geometric reasoning and for creating GeometricScene objects.
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1311 videos match your search.
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Ruhi Shah |
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Peter Taborek This talk covers a mathematical methods course at UC Irvine. Physical Science students use ebooks that are collections of Mathematica notebooks. Assignments are created and submitted via Mathematica notebooks. For ... |
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Davit Shahnazaryan |
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Alexander Garron This paper uses Euclidean Parametric Geometry to demonstrate Kepler's Empirical #2 as Conserved Mechanical Energy and Sir Isaac Newton' s displacement radii to construct changing shape of motive energy curves demonstrating ... |
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Stefan Janecek |
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Jay Weininger |
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Jonas Sjberg Jonas Sjberg describes how he's using Mathematica's control design functionality to create a tool for signals, models, and identification in this talk from the Wolfram Technology Conference. |
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Faisal Whelpley This talk explores how users can learn math by making math with the Making Math platform, which combines Mathematica, courseware content, and learning management. These technologies enable learners to engage ... |
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Conrad Wolfram |
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Rodrigo Murta The Wolfram Language is a powerful problem‐solving toolbox for business. This talk shows how it can be used for sales forecasts, automated reports, financial outlier alerts, category management analysis, ... |
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Johan Veerman |
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Jose Manuel Rodriguez Caballero Jose Manuel Rodriguez Caballero presents a toy model, named the homophilic-mimetic model, of language secessionism in a framework similar to the Wolfram model of fundamental physics. The mathematical ground of the model is a generalization of the diffusion equation in networks, where ... |
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Vista rápida da agenda do 2 dia da conferência pelo Me. Daniel Carvalho da Wolfram Research |