Moore's Law, Exponential Growth, and Extrapolation!
Offered By: Steve Brunton via YouTube
Course Description
Overview
Explore the fundamental concept of Moore's Law and its implications for technological advancement in this 30-minute video lecture. Delve into the principles of exponential growth, compound interest, and their relevance to computing power. Examine the impact of Moore's Law on various fields, including machine learning, scientific computing, computer graphics, and artificial intelligence. Investigate the challenges of power density and the potential of parallel processing. Gain insights into future technologies and their role in sustaining computational progress. Analyze projections for the future of computing and understand the significance of exponential growth in shaping our technological landscape.
Syllabus
Introduction
What is Moores Law
Exponential Growth
Compound Interest
Diagram
Why this matters
Artificial Intelligence
Power Density
Blade Running
Moores Law
Parallel Processing
Future Technologies
Conclusion
Taught by
Steve Brunton
Related Courses
Basics of Field Effect Transistors and Technology ScalingThe Hong Kong University of Science and Technology via edX Introduction to Semiconductor Packaging
Arizona State University via Coursera Nanomanufacturing
Stanford University via Stanford OpenEdx MOSFET Scaling and Technology Nodes - Lecture 10.1
NPTEL-NOC IITM via YouTube A Better World with AI - Samsung's Vision for the Future
Web Summit via YouTube