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Introduction to System Modeling with Wolfram Language
Video Course | FREE

This four-part video course shows how to locate, import and build models for simulating and analyzing all kinds of systems with Wolfram Language. Basic familiarity with the Wolfram Language is recommended.

Course Overview
  • Video 15 minutes
  • Video 29 minutes
  • Video 39 minutes
  • Video 410 minutes
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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.

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Wolfram System Modeler Quick Start
Video Lesson | FREE

Dive into the vast collection of ready-made resources available for getting started with System Modeler. This video introduces the example packages and libraries available in the Class Browser. Follow the presentation step by step to create your own models and run simulations.

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Wolfram System Modeler: An Introduction
Video Course | FREE

This video course introduces the basic features needed to become an adept user of Wolfram System Modeler by guiding you through a series of exercises carefully prepared to teach drag-and-drop modeling techniques, creating model components and visualizing simulation results. The course also offers tips and tricks for working with the Model Center windows and views. This course requires no previous System Modeler experience and is also helpful to experienced users who would like to broaden their understanding of the system. Download the course materials, including a set of Wolfram Notebooks and a System Modeler package, and follow along with the video tutorials.

Course Overview
  • Video 115 minutes
  • Video 214 minutes
  • Video 318 minutes
  • Video 413 minutes
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Wolfram System Modeler: Introduction to the Modelica Language
Video Course | FREE

This video course introduces Wolfram System Modeler users to the basics of its underlying language, Modelica, and the Modelica Standard Library. Modelica is an open standard language specifically designed for modeling physical systems. In this course, you will learn basic language constructs, concepts behind model interfaces and basic modeling practices by working with Model Center in System Modeler.

Course Overview
  • Video 18 minutes
  • Video 16 minutes
  • Video 38 minutes
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Analysis and Design of Control Systems

Analysis and Design of Control Systems
Video Lesson | FREE

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

This course shows how to work with the control systems objects created in the Wolfram Language. Topics include frequency domain analysis, state space analysis, and state space design.

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Analyzing Systems Using Wolfram Language and System Modeler

Analyzing Systems Using Wolfram Language and System Modeler
Video Course | FREE

Requirements: This course requires basic working knowledge of Wolfram Language and System Modeler.

This course uses a series of examples to demonstrate how to use System Modeler and Wolfram Language as an integrated environment for modeling, simulating, analyzing and understanding system designs. This course is for those who are interested in a deeper understanding of how Wolfram System Modeler, Wolfram Language and Modelica work together. Basic familiarity with Wolfram Language and System Modeler is recommended. Download the course materials, including a set of Wolfram Notebooks and a System Modeler package, and follow along with the video tutorials.

Course Overview
  • Video 111 minutes
  • Video 211 minutes
  • Video 316 minutes
  • Video 49 minutes
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Control Systems

Control Systems
Video Course | FREE

Design, simulate and regulate complex engineering systems interactively with the Wolfram Language. This series covers various aspects of control systems, starting with a conceptual overview and continuing with in-depth discussions on system analysis and design, including both state-space and frequency domain applications. Various examples are introduced early on and expanded upon throughout the videos, including pendulum and suspension systems controls, loudspeaker simulation, live image tracking and more.

Course Overview
  • Video 133 minutes
  • Video 234 minutes
  • Video 327 minutes
  • Video 430 minutes
  • Video 520 minutes
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Developing Systems Biology Models

Developing Systems Biology Models
Video Lesson | FREE

Requirements: Some experience with SystemModeler is recommended for the course.

This course provides an introduction to the BioChem library and the Systems Biology add-on and teaches you how you can build, simulate and analyze biochemical models using System Modeler and the Wolfram Language.

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Frequency Domain Analysis and Design Applications

Frequency Domain Analysis and Design Applications
Video Lesson | FREE

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

This course gives a step-by-step approach to working with control systems and frequency domain applications using Mathematica. Each example begins with a problem definition and works toward a solution and a simulation using Bode plot and root locus plot manipulations.

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Integrated Control Systems Quick Start

Integrated Control Systems Quick Start
Video Lesson | FREE

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

Explore the suite of control system tools available in the Wolfram Language that can be used to do analysis, design and simulation of continuous- and discrete-time systems. Topics include the construction and manipulation of state-space and transfer-function models, system interconnections, frequency response plots, and controller design. Optimal control of an inverted pendulum, interactive pole placement, and Bode plot manipulation are among the examples.

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Integrated Control Systems: State-Space Applications

Integrated Control Systems: State-Space 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 the 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.

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Integrating System Modeler with Other Software and Hardware Tools

Integrating System Modeler with Other Software and Hardware Tools
Video Lesson | FREE

Requirements: Some experience with System Modeler is recommended.

This video shows how to integrate models from System Modeler with different deployment options, such as FMI, TCP/IP and Arduino.

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Introductory Concepts of Control Systems

Introductory Concepts of Control Systems
Video Lesson | FREE

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

This video introduces the concepts and Wolfram Language functions used to model a dynamic system. Topics include the construction and manipulation of state-space and transfer function models, system properties, system interconnections and simulations.

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Joystick Design: Multibody Modeling and Simulation

Joystick Design: Multibody Modeling and Simulation
Video Lesson | FREE

Requirements: Some experience with System Modeler is recommended for the course.

In this video, a mechanical model of a joystick is developed. This is a 3D multibody model with custom subcomponents. The video focuses on studying and comparing the performances of different self-centering mechanisms for the joystick by simulating and visualizing the model.

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Modeling Safety-Critical Systems

Modeling Safety-Critical Systems
Video Lesson | FREE

Requirements: Some experience with System Modeler is recommended for the course.

Wolfram System Modeler can be used to model safety-critical systems. This video takes a detailed look at an aircraft flap system, showing how component faults can be modeled and how their effect on system behavior can be simulated.

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Stewart Platform Model Design

Stewart Platform Model Design
Video Lesson | FREE

Requirements: The course is for those who are experienced with Mathematica and System Modeler.

This video focuses on building a model of a six-degree-of-freedom Stewart platform. Mathematica is used during modeling to plan the 3D geometry and motion of the platform. After the model is constructed, Mathematica is used for custom visualization.

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System Modeling (Study Group Sessions)

System Modeling (Study Group Sessions)
Archived Special Event | FREE

Follow this Study Group to learn how to use Wolfram System Modeler to make complex, hierarchical simulations of all kinds of systems. The first several sessions cover examples ranging from gyroscopes and joysticks in physics to epidemic modeling in biology, to chromatographic columns in chemistry. After covering some fundamental topics with the use of the examples, this Study Group goes on to explain how to create and analyze new models, connect to real-world applications and analyze results with the Wolfram Language and the basics of the Modelica language.

Course Overview
  • Video 150 minutes
  • Video 254 minutes
  • Video 353 minutes
  • Video 451 minutes
  • Video 554 minutes
  • Video 664 minutes
  • Video 760 minutes
  • Video 858 minutes
  • Video 986 minutes
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Wolfram Technology in Action: Applications & New Developments Webinar Series

Wolfram Technology in Action: Applications & New Developments Webinar Series
Archived Special Event | FREE

This three-part webinar series showcases innovative applications and the latest Wolfram Language developments in data science and AI, engineering and modeling, and mathematics and science. Each session includes presentations shared at the Wolfram Technology Conference accompanied by talks from Wolfram staff scientists, application developers, software engineers and Wolfram Language users who apply the technology every day to their business operations and research.

Course Overview
  • Video 177 minutes
  • Video 217 minutes
  • Video 322 minutes
  • Video 419 minutes
  • Video 534 minutes
  • Video 628 minutes
  • Video 719 minutes
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