Abstract. Delivering popular web pages to the clients results in high bandwidth and high load on the web servers. A method to overcome this problem is to send these pages, requested by many users, via multicast. In this paper, we provide an analytic criterion to determine which pages to multicast, and analyze the overall saving factor as compared with a unicast delivery. The analysis is based on the well known observation that page popularity follows a Zipf-like distribution. Interestingly, we can obtain closed-form analytical expressions for the saving factor, that show the multicast advantage as a function of the site hit-rate, the allowed latency and the Zipf parameter.
Server replication is an approach that is often used to improve the scalability of a service. One o...
At busy WWW servers the inter-reference times of some documents may be low enough for duplicate requ...
Journal ArticleThe World Wide Web has become an important medium for information dissemination. One ...
Abstract. Delivering popular web pages to the clients results in high bandwidth and high load on the...
Delivering popular web pages to the clients results in high bandwidth and high load on the web serv...
this paper is organized as follows. Section 2 describes the basic design of a multicast delivery Web...
The success of the World Wide Web and the Internet is causing great demand of bandwidth, increasing ...
Low latency is crucial for the success of the WWW. Access to popular pages can lead to high latency ...
The success of the World Wide Web has led to a steep increase in the user population and the amount ...
The World Wide Web (WWW) has gained tremendously in popularity over the last several years. Solution...
The recent growth in use of the World Wide Web in the Internet has caused a significant increase in...
A major problem in web database applications and on the Internet in general is the scalable delivery...
We consider two schemes for the distribution of Web documents. In the first scheme the sender repeat...
The exponential growths of the World Wide Web (WWW) users have made the deployment of proxy servers ...
Abstract—Caching and multicasting are two key technologies for reducing traffic load in content deli...
Server replication is an approach that is often used to improve the scalability of a service. One o...
At busy WWW servers the inter-reference times of some documents may be low enough for duplicate requ...
Journal ArticleThe World Wide Web has become an important medium for information dissemination. One ...
Abstract. Delivering popular web pages to the clients results in high bandwidth and high load on the...
Delivering popular web pages to the clients results in high bandwidth and high load on the web serv...
this paper is organized as follows. Section 2 describes the basic design of a multicast delivery Web...
The success of the World Wide Web and the Internet is causing great demand of bandwidth, increasing ...
Low latency is crucial for the success of the WWW. Access to popular pages can lead to high latency ...
The success of the World Wide Web has led to a steep increase in the user population and the amount ...
The World Wide Web (WWW) has gained tremendously in popularity over the last several years. Solution...
The recent growth in use of the World Wide Web in the Internet has caused a significant increase in...
A major problem in web database applications and on the Internet in general is the scalable delivery...
We consider two schemes for the distribution of Web documents. In the first scheme the sender repeat...
The exponential growths of the World Wide Web (WWW) users have made the deployment of proxy servers ...
Abstract—Caching and multicasting are two key technologies for reducing traffic load in content deli...
Server replication is an approach that is often used to improve the scalability of a service. One o...
At busy WWW servers the inter-reference times of some documents may be low enough for duplicate requ...
Journal ArticleThe World Wide Web has become an important medium for information dissemination. One ...