Distributed Denial of Service (DDo S) attacks have become more destructive, wide-spread and harder to control over time. This book allows students to understand how these attacks are constructed, the security flaws they leverage, why they are effective, how they can be detected, and how they can be mitigated. Students use software defined networking (SDN) technology to created and execute controlled DDo S experiments. They learn how to deploy networks, analyze network performance,...
Distributed Denial of Service (DDo S) attacks have become more destructive, wide-spread and harder to control over time. This book allows students to understand how these attacks are constructed, the security flaws they leverage, why they are effective, how they can be detected, and how they can be mitigated. Students use software defined networking (SDN) technology to created and execute controlled DDo S experiments. They learn how to deploy networks, analyze network performance, and create resilient systems.This book is used for graduate level computer engineering instruction at Clemson University. It augments the traditional graduate computing curricula by integrating: Internet deployment, network security, ethics, contemporary social issues, and engineering principles into a laboratory based course of instruction. Unique features of this book include: A history of DDo S attacks that includes attacker motivations Discussion of cyber-war, censorship, and Internet black-outs SDN based DDo S laboratory assignments Up-to-date review of current DDo S attack techniques and tools Review of the current laws that globally relate to DDo S Abuse of DNS, NTP, BGP and other parts of the global Internet infrastructure to attack networks Mathematics of Internet traffic measurement Game theory for DDo S resilience Construction of content distribution systems that absorb DDo S attacks This book assumes familiarity with computing, Internet design, appropriate background in mathematics, and some programming skills. It provides analysis and reference material for networking engineers and researchers. By increasing student knowledge in security, and networking; it adds breadth and depth to advanced computing curricula.
