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Data / Information / Network File System / File system / File locking / Cache / Distributed file system / Network file systems / Computing / Internet protocols


Passive NFS Tracing of Email and Research Workloads Daniel Ellard, Jonathan Ledlie, Pia Malkani, Margo Seltzer ellard,jonathan,malkani,margo  @eecs.harvard.edu Division of Engineering and Applied Sciences, Harvard Unive
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Document Date: 2003-01-08 12:17:46


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File Size: 230,53 KB

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City

Introduction Trace / /

Company

Network Appliance / CVS / Microsoft / /

Currency

BSD / /

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Event

FDA Phase / /

Facility

CAMPUS EECS Raw / Email On CAMPUS / The CAMPUS System CAMPUS / CAMPUS EECS Processed / campus SMTP / CAMPUS EECS / For CAMPUS / On CAMPUS / In CAMPUS / CAMPUS Storage / CAMPUS Workload / Unlike CAMPUS / Ethernet port / /

IndustryTerm

distributed file systems / source control tools / storage devices / home directory server / email applications / client/server / ubiquitous and better tracing tools / file server / portable and widespread protocol / file systems / broadcast network / Web browser caches / rewritable media / desktop systems / web service / system software / file access protocols / software development / gigabit network / typical departmental server / analyzed file systems / mail applications / server / packet snooping software / desktop applications / computer science department networks / heterogeneous networks / computing / local file systems / /

OperatingSystem

UNIX / Macintosh / BSD / Windows NT / /

Organization

Harvard University / Division of Engineering and Applied Sciences / /

Person

Jonathan Ledlie / Daniel Ellard / Pia Malkani / /

Position

process scheduler / /

Product

Roselli / NFS / /

Technology

RAM / UNIX / portable and widespread protocol / random Access / operating system / UDP / Ethernet / caching / gigabit / non-NFS file access protocols / client/server / gigabit Ethernet / /

SocialTag