Modelica - Component Oriented Modeling of Physical Systems
Offered By: Strange Loop Conference via YouTube
Course Description
Overview
Explore the unique programming language Modelica in this 42-minute conference talk from Strange Loop. Learn how Modelica incorporates mathematical constructs and physical interactions to create graphical, component-oriented models of complex physical systems. Discover the wide-ranging industrial applications of Modelica, from automotive to aerospace. Delve into the fascinating algorithms used to transform hybrid differential-algebraic equations from Modelica models into imperative simulation code. Gain insights into the compilation process, which differs significantly from typical programming languages, and observe similarities to functional reactive programming extended to continuous behavior. Cover topics including the history of computational modeling, mathematical foundations, Modelica's key features like connectors and inheritance, industrial applications, equation transformation, matrix operations, and equation sorting techniques.
Syllabus
Intro
Background
The First Computer
Artillery
Math
Programming
Modelica
Connectors
Inheritance
Industrial Robot
Component to Equations
Matrix
Equation Sorting
Tools
Questions
Taught by
Strange Loop Conference
Tags
Related Courses
Software as a ServiceUniversity of California, Berkeley via Coursera Software Testing
University of Utah via Udacity The Hardware/Software Interface
University of Washington via Coursera Software Debugging
Saarland University via Udacity Introduction to Systematic Program Design - Part 1
The University of British Columbia via Coursera