Electronic Engineering La Trobe University / Mino Studio / /
IndustryTerm
simulation network / highbandwidth symmetric network / bandwidth symmetric network / download web pages / web browsing / transactional protocol / real-world networks / Internet Mailing List / symmetric networks / sample web / web object corresponding / wider web / structured hypertext transfer protocol / synthetic network / test network / real world symmetric networks / response multiplexing algorithm / web documents / bandwidth network / web document preventing text / requested web / symmetric network / speed networks / web content delivery / advertising material / web objects / wireless environment / web server / computing / real world networks / symmetric simulated and real world networks / /
OperatingSystem
UNIX / Linux / Fedora Core 3 / /
Organization
La Trobe University / Internet Engineering Task Force / Somnath Ghosh School of Computer Science / Internet Society / /
Person
H. Balakrishnan / V / Robert Mattson / J. M. Almeida / V / /
Position
editor / representative / /
Product
MPLEX / Hypertext Transfer / /
ProgrammingLanguage
HTML / JavaScript / C++ / /
ProvinceOrState
New York / Massachusetts / /
Technology
Protocol for the Hypertext Transfer Protocol / HTTP-MPLEX multiplexing protocol / HTTP-MPLEX protocol / response multiplexing algorithm / JPEG / UNIX Domain Protocols / Hypertext Transfer Protocol / Linux / HTTP 1.1 / laptop computer / two protocols / MTU / HTML / WAN / 1 2 3 4 Protocol / ISDN / Mobile computing / HTTP / structured hypertext transfer protocol / Transmission Control Protocol / simulation / transactional protocol / web server / conducted using the HTTP / /
A performance analysis of page and object retrieval using HTTP-MPLEX in symmetric network environments Robert Mattson and Somnath Ghosh School of Computer Science and Electronic Engineering La Trobe University, 3086 Aust