Abstract: The goal of this paper is to present a model that predicts the real workload placed on a volunteer based system by an application, with incorporation of not only performance but also availability of volunteers. The application consists of multiple data packets that need to be processed. Knowing the computational workload demand of a single data packet we show how to estimate the application workload in a volunteer based system. Furthermore, we show how real life metrics obtained from the BOINC volunteer system can be applied to the proposed model. Key–Words: volunteer computing, parallel computations, prediction of application execution workload, reliability, BOINC
Abstract—The emergence of Big Data applications provides new challenges in data management such as p...
International audienceVolunteer computing uses the free resources in Internet and Intranet environme...
A major challenge of using volunteer computing (VC) for big data problems is the opportunistic envir...
Abstract:- Volunteer computing uses computational resources that would otherwise be unused, to solve...
Volunteer Computing (VC) uses computing resources connected through the Internet and owned by the pu...
Middleware systems for volunteer computing convert a set of computers that is large and diverse (in ...
Emerging MPI libraries, such as VolpexMPI and P2P MPI, allow message passing parallel programs to ex...
Volunteer computing is a type of distributed computing in which ordinary people donate computing res...
Performance prediction and application behavior modeling have been the subject of exten- sive resear...
With significant growth of computing power volunteer computing is getting more eminent. Researchers,...
BOINC, a middleware system for volunteer computing, allows hosts to be attached to multiple projects...
Internet based volunteer computing projects such as SETI@home are currently restricted to performing...
We address the problem of performance prediction for parallel programs executed on clusters of heter...
The poor scalability of Volunteer Computing (VC) hinders the application of it because a tremendous ...
The emergence of Big Data applications provides new challenges in data management such as processing...
Abstract—The emergence of Big Data applications provides new challenges in data management such as p...
International audienceVolunteer computing uses the free resources in Internet and Intranet environme...
A major challenge of using volunteer computing (VC) for big data problems is the opportunistic envir...
Abstract:- Volunteer computing uses computational resources that would otherwise be unused, to solve...
Volunteer Computing (VC) uses computing resources connected through the Internet and owned by the pu...
Middleware systems for volunteer computing convert a set of computers that is large and diverse (in ...
Emerging MPI libraries, such as VolpexMPI and P2P MPI, allow message passing parallel programs to ex...
Volunteer computing is a type of distributed computing in which ordinary people donate computing res...
Performance prediction and application behavior modeling have been the subject of exten- sive resear...
With significant growth of computing power volunteer computing is getting more eminent. Researchers,...
BOINC, a middleware system for volunteer computing, allows hosts to be attached to multiple projects...
Internet based volunteer computing projects such as SETI@home are currently restricted to performing...
We address the problem of performance prediction for parallel programs executed on clusters of heter...
The poor scalability of Volunteer Computing (VC) hinders the application of it because a tremendous ...
The emergence of Big Data applications provides new challenges in data management such as processing...
Abstract—The emergence of Big Data applications provides new challenges in data management such as p...
International audienceVolunteer computing uses the free resources in Internet and Intranet environme...
A major challenge of using volunteer computing (VC) for big data problems is the opportunistic envir...