We present a decentralized market-based ap-proach to resource allocation in a heterogeneous overlay network. The presented resource allocation strategy assigns overlay network resources to traf-fic dynamically based on current utilization, thus, enabling the system to accommodate fluctuating de-mand for its resources. We present a mathemat-ical model of our resource allocation environment that treats the allocation of system resources as a constrained optimization problem. Our presented resource allocation strategy is based on solving the dual of this centralized optimization problem. The solution to the dual of our centralized optimization problem suggests a simple decentralized algorith
The Internet and power distribution grids are examples of ubiquitous systems that are composed of su...
A heuristic algorithm for allocating resource units to sites in a distributed system is presented. S...
A new architecture for a smarter Internet abstracts the functional components of the network from th...
In a heterogeneous computing environment like Grid, a suite of different machines ranging from perso...
Abstract. Resource allocation is one of the challenges for self-management of large scale distribute...
Abstract. Resource allocation is one of the challenges for self-management of large scale distribute...
Abstract. Resource allocation is one of the challenges for self-management of large scale distribute...
In this paper, we present a decentralized algorithm for determining how resources should be allocate...
In this paper, we present a decentralized algorithm for determining how resources should be allocate...
The Internet and power distribution grids are examples of ubiquitous systems that are composed of su...
Abstract-Decentralized algorithms are examined for opti-mally distributing a divisible resource in a...
Resource allocation is one of the challenges for self-management of large scale distributed applicat...
We present and explore the problem of automatic distributed resource allocation for a large scale sy...
We present and explore the problem of automatic distributed resource allocation for a large scale sy...
As more people and organizations use computers, the demands on computer systems have changed. Theref...
The Internet and power distribution grids are examples of ubiquitous systems that are composed of su...
A heuristic algorithm for allocating resource units to sites in a distributed system is presented. S...
A new architecture for a smarter Internet abstracts the functional components of the network from th...
In a heterogeneous computing environment like Grid, a suite of different machines ranging from perso...
Abstract. Resource allocation is one of the challenges for self-management of large scale distribute...
Abstract. Resource allocation is one of the challenges for self-management of large scale distribute...
Abstract. Resource allocation is one of the challenges for self-management of large scale distribute...
In this paper, we present a decentralized algorithm for determining how resources should be allocate...
In this paper, we present a decentralized algorithm for determining how resources should be allocate...
The Internet and power distribution grids are examples of ubiquitous systems that are composed of su...
Abstract-Decentralized algorithms are examined for opti-mally distributing a divisible resource in a...
Resource allocation is one of the challenges for self-management of large scale distributed applicat...
We present and explore the problem of automatic distributed resource allocation for a large scale sy...
We present and explore the problem of automatic distributed resource allocation for a large scale sy...
As more people and organizations use computers, the demands on computer systems have changed. Theref...
The Internet and power distribution grids are examples of ubiquitous systems that are composed of su...
A heuristic algorithm for allocating resource units to sites in a distributed system is presented. S...
A new architecture for a smarter Internet abstracts the functional components of the network from th...