Decentralized prioritization is a technique to in grid fairshare scheduling without centralized control. The technique uses an algorithm that measures individual user distances between quota allocations and historical resource usage (intended and current system state) to establish a semantic for prioritization. When a a user in a subgroup doesn't use its share, it is desired that its corresponding usage time is divided among the active users proportionally to their corresponding target usage. This report is the mathematical proof for the relative operator on the proportional distribution of unused share among the users of the same subgroup
This dissertation studies a general class of resource allocation games in computer systems. The appl...
Proportional Share Scheduling (PSS), which is the allocation of prespecified fractions of a certain ...
Grid Computing has emerged as an important new field focusing on resource sharing. One of the most c...
This contribution presents a decentralized architecture for a Grid-wide fairshare scheduling system ...
Abstract—Fairshare scheduling is an established technique to provide user-level differentiation in m...
In this chapter, we’ll examine a different type of scheduler known as a proportional-share scheduler...
Decentralized rationing problems are those in which the resource is not directly assigned to agents,...
This thesis presents flexible abstractions for specifying resource management policies, together wit...
Decentralized rationing problems are those in which the resource is not directly assigned to agents,...
Decentralized rationing problems are those in which the resource is not directly assigned to agents,...
Abstract. We present a novel, generic model of the grid that emphasises the roles of individual orga...
We are concerned with the allocation of the base station transmitter time in time varying mobile co...
<br>A server processes one job per unit of time and randomly schedules the jobs requested by a...
We are concerned with the allocation of transmitter time and power for randomly time varying mobile ...
We study the problem of allocating shared resources, such as bandwidth in computer net-works and com...
This dissertation studies a general class of resource allocation games in computer systems. The appl...
Proportional Share Scheduling (PSS), which is the allocation of prespecified fractions of a certain ...
Grid Computing has emerged as an important new field focusing on resource sharing. One of the most c...
This contribution presents a decentralized architecture for a Grid-wide fairshare scheduling system ...
Abstract—Fairshare scheduling is an established technique to provide user-level differentiation in m...
In this chapter, we’ll examine a different type of scheduler known as a proportional-share scheduler...
Decentralized rationing problems are those in which the resource is not directly assigned to agents,...
This thesis presents flexible abstractions for specifying resource management policies, together wit...
Decentralized rationing problems are those in which the resource is not directly assigned to agents,...
Decentralized rationing problems are those in which the resource is not directly assigned to agents,...
Abstract. We present a novel, generic model of the grid that emphasises the roles of individual orga...
We are concerned with the allocation of the base station transmitter time in time varying mobile co...
<br>A server processes one job per unit of time and randomly schedules the jobs requested by a...
We are concerned with the allocation of transmitter time and power for randomly time varying mobile ...
We study the problem of allocating shared resources, such as bandwidth in computer net-works and com...
This dissertation studies a general class of resource allocation games in computer systems. The appl...
Proportional Share Scheduling (PSS), which is the allocation of prespecified fractions of a certain ...
Grid Computing has emerged as an important new field focusing on resource sharing. One of the most c...