PhD position: NVRAM technologies and HPC

The number of storage hierarchies in HPC is still increasing. While researchers have been able to successfully include new Flash-based devices into the HPC storage stack, it still seems unclear how to integrate even faster NVRAM technologies like Phase-change RAM or MRAM. 

NVRAM offers a new byte-addressable interface to persist data. This opens new opportunities to communicate between applications and the storage backend, leaving room for new data structures and storage approaches. 

The research focuses the integration of new NVRAM technologies into HPC environments. The Ph.D. candidate therefore explores this opportunities based on a list of example applications. The resulting approaches should generalize the gained insights, helping to bring storage and computation closer together.

Description

The number of storage hierarchies in HPC is still increasing. While researchers have been able to successfully include new Flash-based devices into the HPC storage stack, it still seems unclear how to integrate even faster NVRAM technologies like Phase-change RAM or MRAM. 

NVRAM offers a new byte-addressable interface to persist data. This opens new opportunities to communicate between applications and the storage backend, leaving room for new data structures and storage approaches. 

The research focuses the integration of new NVRAM technologies into HPC environments. The Ph.D. candidate therefore explores this opportunities based on a list of example applications. The resulting approaches should generalize the gained insights, helping to bring storage and computation closer together. 

To apply, please email a cover letter, CV, contact address of at least two professional references and copies of degree certificates to Prof. Dr. André Brinkmann. Incomplete applications will not be considered or answered.

Nr of positions available : 1

Research Fields

Computer science

Career Stage

Early stage researcher or 0-4 yrs (Post graduate) 

Research Profiles

First Stage Researcher (R1) 

Benefits

The candidate will be mainly hosted at the Johannes Gutenberg University Mainz, Germany. After the first year, the candidate will be visiting Forth, Greece, to discuss and expand his approaches. The candidate will also get the opportunity to add a research stay at Fujitsu after his second year to increase his knowledge about industrial research.

Comment/web site for additional job details

bigstorage.oeg-upm.net/jobs.html


Requirements

Required Languages
LanguageENGLISH
Language LevelExcellent
Required Education Level
Degree FieldComputer science
Additional Requirements
Strong knowledge of computer networks and distributed systems. Ability and motivation to conduct high-quality research, including publishing the results in relevant venues. Strong programming skills (e.g. C/C++, Java, Python). Good knowledge of evaluation methods is advantageous. Working experience in the areas of Big Data management, Cloud computing, HPC, and/or energy-efficiency are advantageous. Very good communication skills in oral and written English. Open-mindedness, strong integration skills and team spirit.
Required Education Level
DegreeMaster Degree or equivalent
Additional Requirements
At the time of recruitment, the applicant must not have lived in Germany for more than 12 month in the previous 36 month. An excellent Master degree in computer science or equivalent.

Envisaged Job Starting Date

01/07/2015

Application e-mail

brinkman@uni-mainz.de

Application Deadline

31/05/2015