The Real Internet Architecture: Past, Present, and Future Evolution

(Hardback)

Available Formats

Publishing Details

Classifications

Physical Properties

Description

A new way to understand the architecture of todays Internet, based on an innovative general model of network architecture that is rigorous, realistic, and modular

This book meets the long-standing need for an explanation of how the Internet's architecture has evolved since its creation to support an ever-broader range of the world's communication needs. The authors introduce a new model of network architecture that exploits a powerful form of modularity to provide lucid, insightful descriptions of complex structures, functions, and behaviors in todays Internet. Countering the idea that the Internets architecture is ossified or rigid, this modelwhich is presented through hundreds of examples rather than mathematical notationencompasses the Internets original or classic architecture, its current architecture, and its possible future architectures.

For practitioners, the book offers a precise and realistic approach to comparing design alternatives and guiding the ongoing evolution of their applications, technologies, and security practices. For educators and students, the book presents patterns that recur in many variations and in many places in the Internet ecosystem. Each pattern tells a compelling story, with a common problem to be solved and a range of solutions for solving it. For researchers, the book suggests many directions for future research that exploit modularity to simplify, optimize, and verify network implementations without loss of functionality or flexibility.

Author Bio

Pamela Zave is a researcher in the computer science department of Princeton University, having previously held positions at Bell Labs, AT&T Labs, and the University of Maryland. Jennifer Rexford is Provost, Gordon Y. S. Wu Professor in Engineering, and professor of computer science at Princeton University. She is the coauthor of of Web Protocols and Practice: HTTP/1.1, Networking Protocols, Caching, and Traffic Measurement.