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A 64-bit, Shared Disk File System for Linux (1999)
| Content Provider | CiteSeerX |
|---|---|
| Author | Oort, Seth Van O.’keefe, Matthew T. Tilstra, Mike Cattelan, Russell Nygaard, Erling Sabol, Christopher J. Sistina, Kenneth Preslan Soltis, Steven R. Barry, Andrew P. Brassow, Jonathan E. Preslan, Kenneth W. Teigl, David C. Erickson, Grant M. Agarwal, Manish |
| Abstract | In computer systems today, speed and responsiveness is often determined by network and storage subsystem performance. Faster, more scalable networking interfaces like Fibre Channel and Gigabit Ethernet provide the scaffolding from which higher performance implementations may be constructed, but new thinking is required about how machines interact with network-enabled storage devices. We have developed a Linux file system called GFS (the Global File System) that allows multiple Linux machines to access and share disk and tape devices on a Fibre Channel or SCSI storage network. We plan to extend GFS by transporting packetized SCSI commands over IP so that any GFS-enabled Linux machine can access shared network devices. GFS will perform well as a local file system, as a traditional network file system running over IP, and as a high-performance cluster file system running over storage networks like Fibre Channel. GFS device sharing provides a key cluster-enabling technology for Linux, help... |
| File Format | |
| Publisher Date | 1999-01-01 |
| Access Restriction | Open |
| Subject Keyword | Storage Subsystem Performance Scsi Storage Network Traditional Network File System Gfs Device Storage Network Tape Device Linux File System Network-enabled Storage Device Local File System Share Disk Fibre Channel Network Device Performance Implementation Key Cluster-enabling Technology New Thinking Computer System Today High-performance Cluster File System Shared Disk File System Multiple Linux Machine Gfs-enabled Linux Machine Scalable Networking Interface Global File System Gigabit Ethernet |
| Content Type | Text |