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Asymptotics: The Art of Approximation

This presentation gives some historical context and explanation of why asymptotics provide a powerful alternative to exact and numerical methods. Examples show the latest functions for asymptotic computations in the Wolfram Language for differential equations, integrals, difference equations, sums and algebraic equations.

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Channels: Wolfram Technology in Action Webinar Series

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7 videos match your search.
Tom Sherlock
This talk covers the techniques used to filter, align and stack data collected using a backyard telescope in order to reduce noise and produce reasonable image results. Wolfram Language features ...
Devendra Kapadia
This presentation gives some historical context and explanation of why asymptotics provide a powerful alternative to exact and numerical methods. Examples show the latest functions for asymptotic computations in the ...
José Luis Gómez Muñoz
In this presentation, Prof. José Luis Gómez Muñoz explains his process for building Wolfram Cloud apps for teaching calculus and engineering design. Opportunities and future ...
Suba Thomas
This talk demonstrates how the Microcontroller Kit can be used to deploy code to a robot. Control systems functionality is used to design a differential speed controller, which, along with the Arduino libraries for the relevant sensors and actuators, is deployed to ...
Neil Singer
In this presentation, Neil Singer of AC Kinetics shows how he and his team used SystemModeler and Mathematica to rapidly build and verify hardware control systems and collect instrument data ...
Tuseeta Banerjee and Matteo Salvarezza
Learn how to build applications with models from the Wolfram Neural Net Repository and get an overview of some of the newest models available for classification, feature extraction, image processing, ...
Rohit Panse
Enjoy this presentation by Wolfram Summer Camp alumnus and high-school student Rohit Panse. Rohit's project determines pneumonia diagnosis by using a convolutional neural network and chest x-ray images.