Foundations of Internet Algorithms and Network Design

Have you ever wondered how data travels across the globe in milliseconds, or how massive networks handle billions of requests without crashing? Behind the modern internet lies a complex web of theoretical algorithms and mathematical models. This text-based course introduces you to the core algorithmic concepts that power internet infrastructure. You will transition from a basic understanding of networks to grasping how routing, load balancing, and data distribution work at a theoretical level. What you'll learn: * Understand the foundational mathematics behind routing protocols and transport mechanisms. * Analyze load balancing and resource allocation algorithms under network uncertainty. * Explore the structural properties of the internet graph and global name resolution. * Evaluate modern content delivery network strategies and edge computing paradigms. * Apply theoretical computer science concepts to solve network performance and cost optimization problems. We begin with basic networking terminology and graph theory foundations before moving into routing, transport protocols, and modern distributed systems. You will read structured explanations, analyze algorithmic pseudocode, and complete conceptual exercises to reinforce your learning. This course is designed for beginners interested in the intersection of computer science theory and computer networks, with no prior advanced mathematics required. Start your journey into the theoretical foundations of the internet today.