About this video

• Video Title: Introduction to Computer Graphics (Lecture 1): Introduction, applications of computer graphics
• Channel: Justin Solomon
• Speakers: Justin Solomon
• Duration: 00:49:29

Overview

This video introduces the field of computer graphics, detailing its widespread applications across various industries. It outlines the curriculum for the 6.837 course at MIT, including the mathematical concepts, algorithms, and assignments that will be covered, while also clarifying what will not be taught.

Key takeaways

• Broad Applications: Computer graphics technology is pervasive, appearing in movies, video games, simulations, design (CAD/CAM), architecture, virtual and augmented reality, medical imaging, education, and geographic information systems.
• Course Content: The 6.837 course focuses on the fundamental algorithms of computer graphics, covering both slow, realistic rendering and real-time rendering techniques, along with practical use of libraries like OpenGL.
• Mathematical Foundation: A strong emphasis will be placed on linear algebra, with additional coverage of concepts like homogeneous coordinates, ordinary differential equations, and Fourier analysis.
• Course Structure: The semester will be divided into assignments covering curves and surfaces, hierarchical modeling, physics simulation, ray tracing, and real-time graphics, culminating in an open-ended project.
• What's Not Covered: The course will not focus on specific software packages, graphics hardware details, game design, or artistic aspects of computer graphics.