All Classes and Courses

Parallel Programming in Wolfram Language

Archived Event | FREE

Certification Levels: Attendance

In this webinar, you will learn about the basics of parallel programming, optimization for a single kernel, the parallel computation architecture available in Wolfram Language for simultaneously utilizing multiple kernels and how to use Wolfram kernels with managed clusters.

Playing Around with Government Data in Wolfram Language

Archived Event | FREE

In this recorded, three-part livecoding series, Christopher Wolfram shows how Wolfram Language can be used to analyze systematically curated data. Semantic interpretation combined with the ability to work with numerical as well as textual data provides a robust framework for data analysis. Dataset functionalities, along with visualization functions built into the language, help to explore various attributes of the data and to draw relevant conclusions. Example datasets are investigated; in particular, geo-computation capabilities of Wolfram Language are showcased to view the geographic distribution of a specific parameter.

Playing Around with Language Data in Wolfram Language

Archived Event | FREE

In this recorded, two-part livecoding series, Christopher Wolfram explores the linguistic data built into Wolfram Language, including multilingual dictionaries and information on word meaning, structure, usage and the relationship between words. Examples of word translation and transliteration in various languages are shown. The LanguageData symbol is used along with visualization and graphing functionality to gain linguistic insights.

Portfolio Diversification with Graph Theory

Video Lesson | FREE

Requirements: This course requires a basic knowledge of graph theory and some experience with Mathematica.

Sufficiently diversifying a portfolio is an important part of smart investing. This class uses graph theory to assess diversification. Correlation values are used to inform connections on graphs, which are then used to determine asset allocation. This class requires a basic knowledge of graph theory and some experience with the Wolfram Language.

Powering Higher Education with Computational Technology
Webinar Series

Archived Event | FREE

Learn about using Wolfram Notebooks in your courses and in the classroom to increase student engagement and promote concept exploration. Encourage group collaboration by sharing notebooks in the Wolfram Cloud, and explore the educational potential of Wolfram|Alpha. This three-part webinar series provides a gateway to making your content interactive with powerful computational tools immediately accessible to students, teachers and researchers.

Practical Programming with Wolfram Language

Instructor Led | SEE COURSE SCHEDULE

Requirements: This course requires basic working knowledge of Wolfram Language or introductory-level skill in any programming language.

Certification Levels: Completion

This course provides the knowledge, tools and guidance to efficiently create and maintain Wolfram Language projects. This course is designed for Wolfram Language users who are ready to move beyond the fundamentals and create their own programs and interfaces.

Problem Solving for Competitive Math

Video Lesson | FREE

In this video, learn about the principles used to solve typical problems from competitive math programs as well as the tools and functions available in Wolfram Language. Explore sample problems from the American Invitational Mathematics Examination (AIME), Program in Mathematics for Young Scientists (PROMYS) and Stanford University Mathematics Camp (SUMaC) programs.

Programming a Countdown Timer

Video Lesson | FREE

Countdown timers are basic tools that can be made with several built-in functions in the Wolfram Language. Timers can have different appearances or functionality, depending on which function is used to create the timer. This video will show you different ways to create timers.

Programming and Development in Wolfram Language

Instructor Led | FREE

Requirements: This course requires understanding of the fundamental concepts of Wolfram Language programming and their applications.

Certification Levels: CompletionLevel 1Level 2

Learn about advanced programming and development concepts in Wolfram Language. This course is the third and final part of the programming proficiency sequence.

Programming Tutorials (Study Group Sessions)

Archived Event | FREE

Follow this Study Group to go beyond the basics of the Wolfram Language and learn more about practical programming. The earlier sessions introduce the concept of using functional programming to work with data and build simple user interfaces, clearing the way for the later sessions to dive deeper into the details of scoping, more complex function building and utilizing the Wolfram Knowledgebase. The final sessions round out this Study Group by reviewing package development and covering Wolfram Workbench, our Eclipse-based IDE for the Wolfram Language.

Protein Visualization in Wolfram Language

Video Lesson | FREE

In this video, you will explore examples of 2D and 3D visualizations in chemistry and biology, as well as use computation to understand the structural and functional biology of biomolecules.

Quantile and Box-Whisker Plots

Video Lesson | FREE

This class provides an overview of some of the statistical visualization functionality built into the Wolfram Language. Topics include visual inspection of the shape of data and comparisons to distributions and datasets. Quantile plots, box-and-whisker plots, probability plots and distribution charts are covered. The class is for those who have basic familiarity with the Wolfram Language and general statistical knowledge.

Quick Start with Wolfram Language and System Modeler

Video Lesson | FREE

Get a deeper understanding of model behavior using Wolfram Language. This course focuses on creating and analyzing models and simulation results with Wolfram Language. Learn about the link between the Wolfram Language and System Modeler and get an overview of the powerful functionality relevant to modeling and analysis. There are no prerequisites for this class, although experience with system modeling would be a plus.

Random Processes in Finance

Video Lesson | FREE

This class covers the built-in, random processes available in the Wolfram Language. Other topics include time series processes, stochastic differential equation process, financial functions and short-interest-rate models. The class requires prior experience with the Wolfram Language and knowledge of financial processes.

Real-World Image Processing Applications

Video Lesson | FREE

Requirements: The course is for those who have a basic familiarity with image processing.

How can you solve real-world image processing problems with the Wolfram Language? How does the Wolfram Language's unique dynamic functionality let you quickly optimize image processing algorithms? This class will explore some of the Wolfram Language's image processing capabilities, how they integrate with other features of the Wolfram Language and how they can be combined to create powerful interactive tools. The class is for those who have a basic familiarity with image processing.

Recurrent Neural Networks

Video Lesson | FREE

Learn how you can work with recurrent neural nets using the neural network framework in Wolfram Language. See a simple example of integer addition and look at an advanced application of recurrent nets for question-answering tasks.

Serious and Not-So-Serious Image Processing Applications

Video Lesson | FREE

Requirements: The course is for those who have an interest in learning about image processing applications. Basic knowledge of Mathematica is recommended.

This video explains how to use the large range of image processing tools in the Wolfram Language to solve problems in different application areas and presents methods to construct robust algorithms for overcoming the stumbling blocks that visual data has to offer. Image processing tasks are visually appealing by their nature, and these examples are more fun because they include some not-so-serious image processing applications.

Signals, Systems and Signal Processing

Interactive Course | FREE

Requirements: This course requires basic working knowledge of the Wolfram Language.

Certification Levels: Completion

This course gives an introduction to the concepts, mathematics, principles and techniques of signal processing in linear, time-invariant (LTI) systems. The course covers analysis methods for both continuous-time and discrete-time signals and systems, presents sampling and gives an elementary introduction to filter design. Many everyday signal processing examples are included. The concepts and methods of signals and systems presented here play an important role in many areas of science and engineering, and therefore the course should be of interest to a broad range of students.

Software Development Webinar Series

Archived Event | FREE

Add a new layer of performance and automation to your entire development workflow—from prototype to production. The presentations included in this webinar series cover built-in Wolfram Language functionality for parallelization, cloud deployment and database integration.

Solving ODEs and PDEs with Wolfram Language (Study Group Sessions)

Archived Event | FREE

This Daily Study Group covers techniques for solving ordinary differential equations (ODEs) and partial differential equations (PDEs) using Wolfram Language. It introduces the built-in function DSolve for finding symbolic solutions to differential equations and the built-in function NDSolve, a general numerical differential equation solver. Topics covered include the numerical method of lines, the finite element method (FEM), the use and construction of meshes, boundary value problems and eigenvalue problems.

Solving PDEs with Symbolics and Numerics

Video Course | FREE

This video course provides a thorough introduction to solving partial differential equations (PDEs) in the Wolfram Language both symbolically and numerically. You'll learn how to solve boundary value problems for classical PDEs and obtain solutions for the Schrödinger and other modern PDEs using the Wolfram Language function DSolve and its numerical counterpart NDSolve. You'll also discover how to solve PDEs over regions, find eigenvalues and eigenfunctions over regions with DEigensystem and NDEigensystem and use the latest Wolfram Language functionality to create better PDE models and gain a deeper understanding of your physics and engineering designs.

State-Space Analysis and Design Applications

Video Lesson | FREE

Requirements: Some experience with control systems is recommended for the course.

This video gives a step-by-step approach to working with control systems and state-space applications using Wolfram Language. Each example begins with a problem definition and works toward a solution and a simulation using controller design methods, including pole placement and optimal control.

Statistical Analysis with Wolfram Language

Video Course | FREE

Analyze your data using a framework of model fitting and statistical analysis built into the Wolfram Language. Whether it is basic descriptive and exploratory statistics or advanced modeling with statistical distributions, you can follow this video course to gain an understanding of the statistical functionality available in the Wolfram Language. Topics covered include descriptive measures, transformations, basic clustering, statistical distributions, parameter estimation and hypothesis testing. Advanced topics on using optimization functions, linear algebra functions, analysis of variance (ANOVA) and generalized logit and probit linear models will also be explored.

Statistical Distributions

Video Lesson | FREE

The Wolfram Language includes extensive coverage for statistical distributions. This class explores the properties of derived distributions, probability distributions, mixture distributions and more. Other topics include random number generation and parameter estimation. This class assumes basic familiarity with the Wolfram Language and statistics concepts.