Fault Tolerance of HPC systems

Project Details

Project Lead
Ifeanyi Egwutuoha 
Project Manager
Ifeanyi Egwutuoha 
Project Members
David Levy  
Institution
University of Sydney, Electrical and Information Engineering  
Discipline
Computer Science (401) 
Subdiscipline
14.10 Electrical, Electronics, and Communications Engineering 

Abstract

Cloud computing offers new capacity and flexibility solution to high performance computing applications with provisioning of great number of virtual machines for computational intensive applications. Fault tolerance allows HPC system on cloud with multiple of nodes to complete execution of computational intensive applications (HPC applications) in the present of fault. The most commonly used fault tolerance techniques for HPC is checkpoint/restart. However, checkpoint/restart increases the wall clock time of the execution of the computational intensive applications which increases the cost of running the application. We want to develop middleware that will reduce the execution time of computational intensive applications in the presence of fault

Intellectual Merit

The activities will create a low latency middleware that will reduce the impact of failure on computational intensive applications running on HPC systems

Broader Impacts

Applications running on HPC systems will greatly benefit because most the computional intensive applications are scientific application which are usually affected by failure/fault

Scale of Use

I will need to provision across different systems/nodes for VMs for an experiment