San Francisco / Seattle / Dallas / Washington D.C. / Francisco Seattle Washington / New York Atlanta / Boston / Francisco Washington / Atlanta / Los Angeles / Washington D. C. / Chicago / /
Company
Pi / Computer-Communication Networks / Keynote Systems / IBM Corporation / Akamai Technologies / /
Country
Germany / United States / /
Currency
pence / USD / / /
IndustryTerm
k-multihoming solutions / origin server / large Internet carriers / guidelines on how multihomed networks / k-multihoming solution / Web server stand-in / improved network / high-volume Web sites / periodic Web / sub-optimal solutions / stub networks / Web server perspectives / object server / Web requests / Web servers / upstream provider networks / Web-based services / network / Web server multihoming / production sports Web site / naive k-multihoming solutions / content distribution network / Web clients / Web server / large Web servers / customer Web servers / /
MarketIndex
SET 50 / /
MusicAlbum
New York / /
NaturalFeature
East coast / /
Organization
Army Research Office / Carnegie Mellon University / Ramesh Sitaraman Univ. of Massachusetts / Computer Systems Organization / /
Person
Ramesh Sitaraman / Mbest Ai / Bruce Maggs / Bruce Maggs Srinivasan Seshan / /
Position
General / representative / /
ProgrammingLanguage
A # / DC / /
ProvinceOrState
New York / California / Massachusetts / /
Region
East coast / Midwest / /
Technology
JPEG / load balancing / DNS / network address translation / ISP / HTTP / MPLS / Web server / /
A Measurement-Based Analysis of Multihoming Aditya Akella Bruce Maggs Srinivasan Seshan IBM T.J. Watson