In this report, we extend our study of the intensity of mistreatment in distributed caching groups due to state interaction. In our earlier work (published as BUCS-TR-2006-003), we analytically showed how this type of mistreatment may appear under homogeneous demand distributions. We provided a simple setting where mistreatment due to state interaction may occur. According to this setting, one or more "overactive" nodes generate disproportionately more requests than the other nodes. In this report, we extend our experimental evaluation of the intensity of mistreatment to which non-overactive nodes are subjected, when the demand distributions are not homogeneous
In distributed web caching architectures, institutional proxies take advantage of their neighbors ’ ...
In an experimental study, we explore how imperfect monitoring and punishment network architectures i...
This paper presents a statistical model of set-associativity, victim caching and skewed-associativit...
In this report, we extend our study of the intensity of mistreatment in distributed caching groups d...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
Abstract — Although cooperation generally increases the amount of resources available to a community...
Although cooperation generally increases the amount of resources available to a com-munity of nodes,...
The distributed partitioning of autonomous, self-aware nodes into cooperative groups, within which s...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
In this section we will study the approach of using caching for the management of data in distribute...
In distributed web caching architectures, institutional proxies take advantage of their neighbors' c...
Cooperative caching, which allows the sharing and coordination of cached data among multiple nodes, ...
This paper studies the effects of and countermeasures against adversarial behavior in network resour...
In this thesis, we elevate coded caching from their purely information-theoretic framework to a stoc...
In distributed web caching architectures, institutional proxies take advantage of their neighbors ’ ...
In an experimental study, we explore how imperfect monitoring and punishment network architectures i...
This paper presents a statistical model of set-associativity, victim caching and skewed-associativit...
In this report, we extend our study of the intensity of mistreatment in distributed caching groups d...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
Abstract — Although cooperation generally increases the amount of resources available to a community...
Although cooperation generally increases the amount of resources available to a com-munity of nodes,...
The distributed partitioning of autonomous, self-aware nodes into cooperative groups, within which s...
Although cooperation generally increases the amount of resources available to a community of nodes, ...
In this section we will study the approach of using caching for the management of data in distribute...
In distributed web caching architectures, institutional proxies take advantage of their neighbors' c...
Cooperative caching, which allows the sharing and coordination of cached data among multiple nodes, ...
This paper studies the effects of and countermeasures against adversarial behavior in network resour...
In this thesis, we elevate coded caching from their purely information-theoretic framework to a stoc...
In distributed web caching architectures, institutional proxies take advantage of their neighbors ’ ...
In an experimental study, we explore how imperfect monitoring and punishment network architectures i...
This paper presents a statistical model of set-associativity, victim caching and skewed-associativit...