31st International Conference on Massive Storage Systems and Technologies
MSST 2015
Santa Clara, California, USA
June 1 - 5, 2015
Storage Research Track June 4-5, 2015
Sponsored by Santa Clara University
Technically Co-Sponsored by the IEEE Computer Society
Conference Chair: Dr. Sam Coleman
Tutorial Chair: Sean Roberts
Program Chair: Matthew O’Keefe
Research Track Program Committee Chairs: James Hughes, Peter Desnoyers
SCU Arrangements: Ahmed Amer
Vendor Chair: Ben Kobler
Abstracts Deadline March 6, 2015
Paper Submission: March 13, 2015
Notifications: April 24, 2015
Final papers due: May 14, 2015
Research Track: June 4 - 5, 2015
The 31st International Conference on Massive Storage systems and Technologies (MSST 2015) will be held at Santa Clara University in the midst of Silicon Valley. The conference offers a full week dedicated to storage technology. As on previous occasions, the conference will include a two-day research track of peer-reviewed papers on the design, analysis, and implementation of and experience with storage systems.
We encourage the submission of research papers on the implementation, design, and analysis of file and storage systems. Specific areas of interest for the MSST 2014 Research Track include (but are not limited to):
Performance modeling and analysis of storage systems
Experiences with real-world systems and data storage challenges
Management of new and upcoming storage technologies
Cloud storage systems and global-scale storage
Exascale storage architecture and design
Network storage architectures and their evaluation
Data protection and recovery
Data archiving
Storage in virtualized environments
Storage systems modeling and evaluation
Techniques for building extremely scalable and distributed storage systems
Parallel and distributed file systems
Scalable metadata management
Storage security and privacy
Auditing and Provenance
Long-term data preservation and management
File and storage systems for cold data
File systems for shingled magnetic recording drives
File systems for solid state storage
New solid state disk APIs: Object storage, key value store, memory mapping and other
Non-volatile memory based storage class memory devices and systems
Power and energy aspects of storage systems
Coding for large and distributed storage systems
Mobile and other specialized storage application domains
As is traditional, MSST will have short and full papers. Short papers are to be 4 - 6 pages in length, whereas full papers are 8 - 14 pages in length (not including references). Accepted full papers will be presented in a 30 minute session, short papers will be presented in a poster session with short (7 minutes) presentations.
Papers should be prepared in IEEE conference format. To minimize the amount of formatting work between submission and camera-copy drafts, authors may use the templates available at: http://www.ieee.org/
Details about the program committee, the submission process and rules, and the conference organization, will be available at the conference website: http://www.
MSST 2015
Santa Clara, California, USA
June 1 - 5, 2015
Storage Research Track June 4-5, 2015
Sponsored by Santa Clara University
Technically Co-Sponsored by the IEEE Computer Society
Conference Chair: Dr. Sam Coleman
Tutorial Chair: Sean Roberts
Program Chair: Matthew O’Keefe
Research Track Program Committee Chairs: James Hughes, Peter Desnoyers
SCU Arrangements: Ahmed Amer
Vendor Chair: Ben Kobler
Abstracts Deadline March 6, 2015
Paper Submission: March 13, 2015
Notifications: April 24, 2015
Final papers due: May 14, 2015
Research Track: June 4 - 5, 2015
The 31st International Conference on Massive Storage systems and Technologies (MSST 2015) will be held at Santa Clara University in the midst of Silicon Valley. The conference offers a full week dedicated to storage technology. As on previous occasions, the conference will include a two-day research track of peer-reviewed papers on the design, analysis, and implementation of and experience with storage systems.
We encourage the submission of research papers on the implementation, design, and analysis of file and storage systems. Specific areas of interest for the MSST 2014 Research Track include (but are not limited to):
Performance modeling and analysis of storage systems
Experiences with real-world systems and data storage challenges
Management of new and upcoming storage technologies
Cloud storage systems and global-scale storage
Exascale storage architecture and design
Network storage architectures and their evaluation
Data protection and recovery
Data archiving
Storage in virtualized environments
Storage systems modeling and evaluation
Techniques for building extremely scalable and distributed storage systems
Parallel and distributed file systems
Scalable metadata management
Storage security and privacy
Auditing and Provenance
Long-term data preservation and management
File and storage systems for cold data
File systems for shingled magnetic recording drives
File systems for solid state storage
New solid state disk APIs: Object storage, key value store, memory mapping and other
Non-volatile memory based storage class memory devices and systems
Power and energy aspects of storage systems
Coding for large and distributed storage systems
Mobile and other specialized storage application domains
As is traditional, MSST will have short and full papers. Short papers are to be 4 - 6 pages in length, whereas full papers are 8 - 14 pages in length (not including references). Accepted full papers will be presented in a 30 minute session, short papers will be presented in a poster session with short (7 minutes) presentations.
Papers should be prepared in IEEE conference format. To minimize the amount of formatting work between submission and camera-copy drafts, authors may use the templates available at: http://www.ieee.org/
Details about the program committee, the submission process and rules, and the conference organization, will be available at the conference website: http://www.
Program Committee
Xiaosong Ma, Qatar Computing Research Institute
Dan Feng, HUST (China)
Sam Noh, Hongik University (Korea)
Raju Rangaswami, FIU
Jin-soo Kim, SKKU (Korea)
Haryadi Gunawi, U Chicago
Nisha Talegala, Sandisk
Phillip Spillane, EMC
Yiying Zhang, UCSD postdoc
Myoungsoo Jung, UT Dallas
Feng Chen, LSU
Thomas Schwarz, Uruguay / Santa Clara U
Meghan Wingate McClelland, Seagate
H. Howie Huang, George Washington University
Qing Yang, URI
Sudharshan Vazhkudai, ORNL
Xubin He, Virginia Commonwealth U
María S. Pérez, U Politecnica de Madrid (UPM)
Hong Jiang, U Nebraska
Mahesh Balakrishnan, VMware
A. L. Narasimha Reddy, Texas A&M University
Stergios V. Anastasiadis, University of Ioannina
James Lentini, NetApp
Zvonimir Bandic, HGST
Vasily Tarasov, IBM
Danny Harnik, IBM
Gala Yagdar, Technion
Phil Carns, Argonne National Laboratory
Dan Feng, HUST (China)
Sam Noh, Hongik University (Korea)
Raju Rangaswami, FIU
Jin-soo Kim, SKKU (Korea)
Haryadi Gunawi, U Chicago
Nisha Talegala, Sandisk
Phillip Spillane, EMC
Yiying Zhang, UCSD postdoc
Myoungsoo Jung, UT Dallas
Feng Chen, LSU
Thomas Schwarz, Uruguay / Santa Clara U
Meghan Wingate McClelland, Seagate
H. Howie Huang, George Washington University
Qing Yang, URI
Sudharshan Vazhkudai, ORNL
Xubin He, Virginia Commonwealth U
María S. Pérez, U Politecnica de Madrid (UPM)
Hong Jiang, U Nebraska
Mahesh Balakrishnan, VMware
A. L. Narasimha Reddy, Texas A&M University
Stergios V. Anastasiadis, University of Ioannina
James Lentini, NetApp
Zvonimir Bandic, HGST
Vasily Tarasov, IBM
Danny Harnik, IBM
Gala Yagdar, Technion
Phil Carns, Argonne National Laboratory
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