In this paper, we study the web traffic of KFUPM campus network using one month long access logs captured from a proxy cache at the edge of this network. This network is constrained by limited wide-area networking infrastructure in terms of low bandwidth and high delay. A cluster of proxy servers at the edge of this network is used to alleviate the problems due to limited outgoing bandwidth. Our study reveals that the WWW traffic characteristics generally follow well-known heavy tailed distributions with only a couple of exceptions. Our analysis also indicates that majority of traffic is destined to remote locations, resulting in excessive latency
Network users normally will start complaining when the response time for the network access is intol...
It is obvious that the network performance cannot exceed the hardware capacity. Frequent up gradatio...
The usage of Internet is rapidly increasing and a large part of the Internet traffic is generated ...
In this paper, we study the web traffic of KFUPM campus network using one month long access logs cap...
Network packets are busy exchanging information like data from human activities, machine (M2M commun...
Characterizing World Wide Web proxy traffic helps identify parameters that affect caching, capacity ...
Previous studies of World-Wide Web traffic patterns have, quite necessarily, been limited in their s...
Generally, by adding bandwidth capacity on Wide Area Network links, which connect organizations' Loc...
Global access to the Internet for all requires a dramatic reduction in Internet access costs particu...
Abstract: It is critical to understand WWW latency in order to design better HTTP protocols. In this...
Network users normally will start complaining when the response time for the network access is intol...
The growing popularity of the World Wide Web is placing tremendous demands on the Internet. A key st...
In this paper, we examine the potential benefits of Web proxy caches in improving the effective capa...
Abstract: Since large objects consume substantial resources, web proxy caching incurs a fundamental ...
1 Introduction With the exponential growth of WWW traffic on the Internet and the rate at which adva...
Network users normally will start complaining when the response time for the network access is intol...
It is obvious that the network performance cannot exceed the hardware capacity. Frequent up gradatio...
The usage of Internet is rapidly increasing and a large part of the Internet traffic is generated ...
In this paper, we study the web traffic of KFUPM campus network using one month long access logs cap...
Network packets are busy exchanging information like data from human activities, machine (M2M commun...
Characterizing World Wide Web proxy traffic helps identify parameters that affect caching, capacity ...
Previous studies of World-Wide Web traffic patterns have, quite necessarily, been limited in their s...
Generally, by adding bandwidth capacity on Wide Area Network links, which connect organizations' Loc...
Global access to the Internet for all requires a dramatic reduction in Internet access costs particu...
Abstract: It is critical to understand WWW latency in order to design better HTTP protocols. In this...
Network users normally will start complaining when the response time for the network access is intol...
The growing popularity of the World Wide Web is placing tremendous demands on the Internet. A key st...
In this paper, we examine the potential benefits of Web proxy caches in improving the effective capa...
Abstract: Since large objects consume substantial resources, web proxy caching incurs a fundamental ...
1 Introduction With the exponential growth of WWW traffic on the Internet and the rate at which adva...
Network users normally will start complaining when the response time for the network access is intol...
It is obvious that the network performance cannot exceed the hardware capacity. Frequent up gradatio...
The usage of Internet is rapidly increasing and a large part of the Internet traffic is generated ...