Saint-Emilion / Brisbane / New York / Banff / Pittsburgh / Atlanta / Göteborg / San Diego / /
Company
Message-Passing Systems / Cambridge University Press / User Interface Software / self-MANaged Systems / Roxio Inc. / Database Systems / Reusable Object-Oriented Software / /
Country
Sweden / France / United States / Canada / Australia / / /
Facility
David A. Patterson University of California at Berkeley / Soda Hall / /
IndustryTerm
higher software levels / undoable services / important service applications / pervasive wireless networking / favorite device / dependable infrastructure systems / Internet services / collaborative productivity applications / software upgrade / telephone network / time-travel storage layer / buggy systems / possible solutions / undoable applications / time-travel-like / dependable computing infrastructure / Internet environment / verb-based protocol / large systems / Recovery systems / network service protocols / network service infrastructure / undo-capable systems / undoable systems / mail server / Internet-based services / online application frameworks / embedded devices / applications/services / active systems / Internet services fail / verb-based application protocol / e - commerce / human operator / e-commerce system / word processors / influential systems / time-travel fiction / standardized application protocols / time travel / /
OperatingSystem
UNIX / Microsoft Windows / /
Organization
Cambridge University / University of California / National Science Foundation / UC Berkeley / Carnegie Mellon / EECS Computer Science Division / /
Person
Jim Gray / Aaron B. Brown / /
Position
Storage Model for Personal Data / system designer / designer / Temporal Model for Multi-Level Undo and Redo / a.k.a. system administrator / /
Product
GoBack utility / 3R / GoBack / /
ProgrammingLanguage
R / SQL / XML / /
ProvinceOrState
New York / Pennsylvania / California / Georgia / /
Technology
XML / verb-based application protocol / verb-based protocol / App protocol / UNIX / operating system / standardized application protocols / PSTN / network service protocols / word processors / SMTP protocols / /
Rewind, Repair, Replay: Three R’s to Dependability Aaron B. Brown and David A. Patterson University of California at Berkeley, EECS Computer Science Division 387 Soda Hall #1776, Berkeley, CA, [removed], USA {abrown,p