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ORCID11th MSS 1991: Monterey, California, USA
- Proceedings of the Eleventh IEEE Symposium on Mass Storage Systems, Monterey, California, USA, October 7-10, 1991. IEEE Computer Society 1991, ISBN 0-8186-2155-9
- Antony Foster, David Habermehl:
Renaissance: managing the network computer and its storage requirements. 3-10 - Don E. Tolmie:
Local area gigabit networking. 11-16 - Ben Kobler, John Berbert:
NASA Earth Observing System Data Information System (EOSDIS). 18-19 - Andrew Hanushevsky:
National Supercomputing Center mass storage system requirements. 20-21 - Michael Nemanic:
Client requirements for a UNIX-based network file-transport utility. 22-24 - Bill Collins:
High-performance data systems. 25-26 - Tom Myers, Elizabeth Williams:
Mass storage requirements in the intelligence community. 27-28 - Stephen W. Miller:
MSS requirements for data acquisition systems. 29-30 - Susan E. Hauser, Christopher Rivera, George R. Thoma:
Factors affecting the performance of a DOS-based WORM file server. 33-37 - Suzanne M. Kelly, Rena A. Haynes, Martha J. Ernest:
Benchmarking a network storage service. 38-44 - Walter A. Burkhard, Kimberly C. Claffy, Thomas J. E. Schwarz:
Performance of balanced disk array schemes. 45-50 - Ethan L. Miller, Randy H. Katz:
Analyzing the I/O behavior of supercomputer applications. 51-55 - Elias Drakopoulos, Matt J. Merges:
Performance study of client-server storage systems. 67-72 - Anthony L. Peterson:
E-systems Modular Automated Storage System (EMASS) software functionality. 73-76 - Donna Mecozzi, James Minton:
Design for a transparent, distributed file system. 77-84 - A. Lester Buck, Robert A. Coyne:
Dynamic hierarchies and optimization in distributed storage systems. 85-91 - Bill Ross, Julian Richards:
Volume management by the book: the NAStore Volume Manager. 95-99 - Nathan Hillery, Peter Cassels, Richard Misenheimer, Rodney Shojinaga:
The NCSC mass storage project. 100-103 - Sanjay Ranade:
A high-performance UNIX network storage server. 104-108 - Jamie Shiers:
Distributed storage management in high energy physics. 109-112 - Hartmut Reuter:
The HADES file server. 113-116 - Daniel S. Nydick, Kathy Benninger, Brett Bosley, James Ellis, Jonathan S. Goldick, Christopher Kirby, Michael Levine, Christopher Maher, Matt Mathis:
An AFS-based mass storage system at the Pittsburgh Supercomputing Center. 117-122 - Luis-Felipe Cabrera, Darrell D. E. Long:
Swift: a storage architecture for large objects. 123-128 - John Wilkes:
DataMesh-parallel storage systems for the 1990s. 131-136 - David Tweten, Alan Poston:
Distributed NAStore as the next step. 137-142 - Gustav S. Christensen, William R. Franta, W. A. Petersen:
Future directions of high-speed networks for distributed storage environments. 145-148 - Ichiro Yamada, Minoru Saito, Akinori Watanabe, Kiyoshi Itao:
Automated optical mass storage systems with 3-beam magneto-optical disk drives. 149-154 - Steve Redfield, Jerry Willenbring:
Holostore technology for higher levels of memory hierarchy. 155-159 - William M. Mularie:
National Media Laboratory. 160-161
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