Content Delivery Networks

From the basics of CDN through the design process, practice, techniques, performances, platforms, applications, and experimental results, this book presents a concise, logically ordered survey. Includes fundamental methods, research results and references.

"Content Delivery Networks" enables the readers to understand the basics, to identify the underlying technology, to summarize their knowledge on concepts, ideas, principles and various paradigms which span on broad CDNs areas. Therefore, aspects of CDNs in terms of basics, design process, practice, techniques, performances, platforms, applications, and experimental results have been presented in a proper order. Fundamental methods, initiatives, significant research results, as well as references for further study have also been provided. Comparison of different design and development approaches are described at the appropriate places so that new researchers as well as advanced practitioners can use the CDNs evaluation as a research roadmap. All the contributions have been reviewed, edited, processed, and placed in the appropriate order to maintain consistency so that any reader irrespective of their level of knowledge and technological skills in CDNs would get the most out of it. The book is organized into three parts, namely, Part I: CDN Fundamentals; Part II: CDN Modeling and Performance; and Part III: Advanced CDN Platforms and Applications. The organization ensures the smooth flow of material as successive chapters build on prior ones.

Valuable reference for larger audience Presents new ideas and results Includes supplementary material: sn.pub/extras

Autorentext
Rajkumar Buyya is Co-Chair of the IEEE Task Force on Cluster Computing and an international speaker in the IEEE Computer Society Chapter Tutorials Program. Currently at Monash University, Melbourne, Australia, he is conducting R&D on the use of an economics paradigm for peer-to-peer and grid-based service-oriented computing. He has co-authored Microprocessor x86 Programming and Mastering C++, and edited a popular two-volume book on high performance cluster computing. He has published over 50 research articles in major international journals and conferences.

Klappentext

Content Delivery Networks enables the readers to understand the basics, to identify the underlying technology, to summarize their knowledge on concepts, ideas, principles and various paradigms which span on broad CDNs areas. Therefore, aspects of CDNs in terms of basics, design process, practice, techniques, performances, platforms, applications, and experimental results have been presented in a proper order. Fundamental methods, initiatives, significant research results, as well as references for further study have also been provided. Comparison of different design and development approaches are described at the appropriate places so that new researchers as well as advanced practitioners can use the CDNs evaluation as a research roadmap. All the contributions have been reviewed, edited, processed, and placed in the appropriate order to maintain consistency so that any reader irrespective of their level of knowledge and technological skills in CDNs would get the most out of it. The book is organized into three parts, namely, Part I: CDN Fundamentals; Part II: CDN Modeling and Performance; and Part III: Advanced CDN Platforms and Applications. The organization ensures the smooth flow of material as successive chapters build on prior ones.

Inhalt
CDN Fundamentals.- Content Delivery Networks: State of the Art, Insights, and Imperatives.- A Taxonomy of CDNs.- Dynamic, Scalable, and Efficient Content Replication Techniques.- Content Delivery and Management.- Caching Techniques on CDN Simulated Frameworks.- Request Redirection for Dynamic Content.- CDN Modeling and Performance.- Economics-Informed Design of CDNs.- CDN Pricing.- Mathematical Models for Resource Management and Allocation in CDNs.- Performance and Availability Benefits of Global Overlay Routing.- Advanced CDN Platforms and Applications.- Dynamic CDN Against Flash Crowds.- Collaborative Media Streaming Services Based on CDNs.- CDN for Live and On-Demand Video Services over IP.- Information Dissemination in Mobile CDNs.- Infrastructures for Community Networks.- Internetworking of CDNs.