Web Caching and Replication

Capa
Addison-Wesley, 2002 - 361 páginas
In Web Caching and Replication, two AT&T Labs experts bring together real-world implementations, the latest IETF and W3C technical standards, and the field's most advanced research, offering systematic guidance for maximizing Web scalability and performance. The authors first introduce key concepts of Web caching and replication.They introduce HTTP's support for caching and replication, and broadly characterize Web behavior, offering practical rules of thumb for optimizing performance. Next, they focus on caching, helping implementers realistically assess proxy caching, deploy proxies in corporate and ISP networks; and utilize cooperative proxy caching. They offer in-depth insights into cache consistency, and caching the "uncacheable" -- including "cookied" and dynamic content. Part III introduces today's best techniques for web replication, offering in-depth coverage of content delivery networks, server selection, content placement, and more. For all networking professionals, IT professionals, and engineers involved with building or optimizing Internet services or equipment; for content delivery specialists and service providers; and for owners of large sites concerned about scalability and performance.

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Índice

BACKGROUND
1
THE INTERNET PROTOCOL AND ROUTING
9
TRANSMISSION CONTROL PROTOCOL
21
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Acerca do autor (2002)

Michael Rabinovich is "one of the few research-ers who are qualified to write this book" (Pei Cao, Cisco Systems). As a leading researcher at AT&T Labs, he has closely watched current trends and state-of-the-art standards and commercial products while both battling "real-life" technical problems and participating in new research in Web caching and replication. In addition to numerous publications in the areas of distributed systems, Web performance, and transaction management, he is a co-author of the CRISP distributed proxy cache.

Oliver Spatscheck is a senior technical staff member at AT&T Labs-Research, where he has been actively involved in building AT&T's content distribution network. His research publications span the areas of security, operating systems, and CDNs. He has also been active in the IETF, working most recently on Content Distribution Internetworking. He holds a Ph.D. in computer science from the University of Arizona.



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