The On-Demand Distributed Computing Infrastructure (OddCI) makes use of a broad-cast communication network for allocating a large-scale set of processors aimed at High Throughput Computing (HTC). A broadcast network example is a Digital TV system whose signal is transmitted to thousands of receivers simultaneously. These receivers are machines with significant processing power available in our houses in increasing quantities and can be used as processing units. However, these potential processors are not completely dedicated, should be voluntarily ceded and may fail (turned off during the use), which makes them highly volatile resources. In other words, there are no guar-antees about the time they remain dedicated to a task. Thus, it is nec...
This thesis studies resource management for on-demand computing services through a shared cluster. I...
Submitted by Lucienne Costa (lucienneferreira@ufcg.edu.br) on 2019-09-16T19:37:11Z No. of bitstreams...
This thesis presents our research to provide performance portability and scalability to complex scie...
The On-Demand Distributed Computing Infrastructure (OddCI) makes use of a broad-cast communication n...
Voluntary computing platforms such as those deployed for the SETI@home project have proven that it i...
OGrid Anywhere é um middleware de grade computacional ponto-aponto (P2P), capaz de agrupar em uma or...
In this work the problem of the multimedia content distribution to a large number of computers is ad...
The results presented in this document concern scheduling forlarge-scale heterogeneous platforms. We...
Essa dissertação estabelece uma análise sistemática dos principais métodos de seleção de relays em r...
The dissertation contributes to the definition, design and implementation of a group technology plat...
Orientador: Nelson Luis Saldanha da FonsecaDissertação (mestrado) - Universidade Estadual de Campina...
In this work, we propose a solution to solve the scalability problem found in collaborative, virtual...
Ao considerar um sistema distribuído composto por um conjunto de servidores, clientes e recursos, qu...
This thesis aims at investigating, proposing, and analyzing techniques to reduce the computational c...
In Large Scale Collaborative Virtual Environments LSCVEs, extensive synthetic 3D environments are ...
This thesis studies resource management for on-demand computing services through a shared cluster. I...
Submitted by Lucienne Costa (lucienneferreira@ufcg.edu.br) on 2019-09-16T19:37:11Z No. of bitstreams...
This thesis presents our research to provide performance portability and scalability to complex scie...
The On-Demand Distributed Computing Infrastructure (OddCI) makes use of a broad-cast communication n...
Voluntary computing platforms such as those deployed for the SETI@home project have proven that it i...
OGrid Anywhere é um middleware de grade computacional ponto-aponto (P2P), capaz de agrupar em uma or...
In this work the problem of the multimedia content distribution to a large number of computers is ad...
The results presented in this document concern scheduling forlarge-scale heterogeneous platforms. We...
Essa dissertação estabelece uma análise sistemática dos principais métodos de seleção de relays em r...
The dissertation contributes to the definition, design and implementation of a group technology plat...
Orientador: Nelson Luis Saldanha da FonsecaDissertação (mestrado) - Universidade Estadual de Campina...
In this work, we propose a solution to solve the scalability problem found in collaborative, virtual...
Ao considerar um sistema distribuído composto por um conjunto de servidores, clientes e recursos, qu...
This thesis aims at investigating, proposing, and analyzing techniques to reduce the computational c...
In Large Scale Collaborative Virtual Environments LSCVEs, extensive synthetic 3D environments are ...
This thesis studies resource management for on-demand computing services through a shared cluster. I...
Submitted by Lucienne Costa (lucienneferreira@ufcg.edu.br) on 2019-09-16T19:37:11Z No. of bitstreams...
This thesis presents our research to provide performance portability and scalability to complex scie...