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YouTube

Essentials of Math Modeling - Model for Disease Spread, Difference, and Differential Eqs

Society for Industrial and Applied Mathematics via YouTube

Overview

This course on math modeling for disease spread covers the following learning outcomes and goals: understanding difference and differential equations, exploring SI models and stage-structured models, analyzing noncommunicable disease examples, learning methods to solve differential equations, and applying differential equations in problem-solving scenarios. The course teaches individual skills such as modeling disease spread, analyzing stage-structured data, and solving differential equations. The teaching method includes theoretical explanations, practical examples, and a problem-solving session. The intended audience for this course is students and individuals interested in mathematical modeling, particularly in the context of disease spread and differential equations.

Syllabus

Reminders
What is a Difference/Differential Equation?
Recall from Last Week: SI Models
Stage-Structured Models
Noncommunicable Disease Example
Stage-Structured Analysis
Ways to Solve Differential Equations
Differential Equations in Action
Problem Solving Session: M3C 2017 Submission Analysis

Taught by

Society for Industrial and Applied Mathematics

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