Presenting Teaching Insights on Basic Computer Graphics Through Matrix Operations

Channel:
Subscribers:
439
Published on ● Video Link: https://www.youtube.com/watch?v=JzeEj411gi4



Duration: 0:00
10 views
0


Day 2 | 4:30 PM–5:00 PM

"Presenting Teaching Insights on Basic Computer Graphics Through Matrix Operations"

Presented by:
Wai Chan, Texas A&M University, Texarkana TX USA

https://qubeshub.org/community/groups/simiode/expo/2025

Abstract: This talk focuses on teaching matrix operations—addition and matrix multiplication—within an interdisciplinary mathematics framework. These operations play a crucial role in transforming objects, with applications including translation, horizontal and vertical shearing, and rotation. By drawing parallels between matrix operations and the transformation of functions, students gain deeper insights into mathematical computations applying on computer graphics and geometric transformations. The goal is to provide students with better conceptual understanding transformation of objects in both two-dimensional and three-dimensional spaces and fostering their ability to apply these techniques in different fields.




Other Videos By SIMIODE


2025-03-26Mathematical Modeling In Competitive Landscapes
2025-03-26Panel on Using the SIMIODE Textbook
2025-03-26Ethical Reasoning: An Essential Component of Mathematical Modeling
2025-03-26Presenting Teaching Insights on Basic Computer Graphics Through Matrix Operations
2025-03-26Reimagining Differential Equations: A Modeling-First Approach to Enhance STEM Education
2025-03-26Using Physical Simulations to Engage Students in an SIR Model of the Spread of an Infectious Disease
2025-03-25Enhancing Differential Equations Instruction through Modeling, Visuals, and Projects...
2025-03-25Beyond the Comfort Equation: Thriving in Uncharted Class Territories
2025-03-25Modeling Pollution Levels in the Great Lakes
2025-03-25Getting Started in the Scholarship of Teaching and Learning
2025-03-25Bridging Difference Equations and Differential Equations: A Summer Camp Exploration
2025-03-25Incorporating Modeling with Neural Networks into Undergraduate Differential Equations Courses
2025-03-25Combining Differential Equation Models with Deep Learning in an Undergraduate Modeling Course
2025-03-25Undergraduate Student Initiated and Designed ODE-based Projects Using Maple™
2025-03-25Navigating Actuarial Science Career Path and Programs
2025-03-25Levin Accessible & Interactive
2025-03-25FUNDAPROMAT: Fun Math For All!
2025-03-25Gansecu Enhancing Learner Ownership
2025-03-25Transforming ODE Education: Integrating Modeling Projects to Engage Future Mathematics Teachers
2025-03-25Number Theory Meets Dynamics: Driven Oscillators with 2-Adic Valuation Forcing
2025-03-25Snowplow Problem