The Probabilistic Method: Erdős's Magic of Proving Existence with 'Randomness'
Categories
70 pages
Computer Science
Fast Fourier Transform (FFT): The Algorithm That Sped Up Audio, Image, and Communications
How Error-Correcting Codes Work: From Scratched CDs to QR Codes
Introduction to Knot Theory: Distinguishing Tied and Untieable Loops with Mathematics
Kakeya Conjecture: What is the minimum area required to rotate a needle a full turn?
Queuing Theory: Why the Other Line Always Seems Faster
How search engines work: collecting the web, organizing information, and finding useful answers
From Ownership to Usage: How Cloud Computing Works - The Great Shift in IT Infrastructure
How Winny worked: search, caching, relays, and the limits of anonymity
Network Technology: How DNS Works - The Internet's Phone Book, Behind the Scenes of Name Resolution
Network Technology: HTTP Technical Explanation - The Stateless Protocol Behind the Web
Network Technology: Technical Explanation of BitTorrent - The Mechanism for Efficiently Distributing Massive Files
Network Technology: Technical Explanation of P2P (Peer-to-Peer) - The Power of Distributed Systems
Network Technology: The History and Mechanism of TCP/IP - The Global Standard Rules Connecting the Internet
Network Technology: The Transformation from IPv4 to IPv6 and the Next Generation Internet
Network Technology: UDP Technical Explanation - Connectionless Communication Pursuing Speed
Next-Generation Communication: The Mechanisms and Features of 5G - The Future Created by 'Ultra-High Speed, Ultra-Low Latency, and Massive Connectivity'
Next-Generation Computers: How Quantum Computers Work - A World Overturned by the Superposition of '0' and '1'
The Heart of AI: How Deep Learning Works - How Neural Networks Learn
The Internet of Things: How IoT Works - Behind the Scenes of a Connected World
