Back to Results
First PageMeta Content
Computer architecture / Distributed computing architecture / Distributed data storage / Software design patterns / Publish–subscribe pattern / Network architecture / Middleware / Elvin / Tapestry / Message-oriented middleware / Computing / Concurrent computing


Hermes: A Distributed Event-Based Middleware Architecture Peter R. Pietzuch and Jean M. Bacon Computer Laboratory University of Cambridge JJ Thomson Avenue, Cambridge CB3 0FD, UK Peter.Pietzuch, Jean.Bacon  @cl.cam.ac.
Add to Reading List

Document Date: 2007-03-10 14:28:30


Open Document

File Size: 361,66 KB

Share Result on Facebook

City

Santa Fe / Lillehammer / Brisbane / Ithaca / Heidelberg / A CORBA / Scottsdale / Cambridge / Los Angeles / Lausanne / Tampa / /

Company

RNs / Very Fast Publish/Subscribe Systems / Large-Scale Peer-toPeer Systems / Persistent Object Systems / Object-Oriented Technologies / Content-Based Publish-Subscribe Systems / /

Country

Switzerland / Germany / Norway / United States / Australia / /

/

Event

FDA Phase / /

Facility

Jean M. Bacon Computer Laboratory University of Cambridge JJ Thomson Avenue / /

IndustryTerm

large-scale distributed systems / fault-tolerance and further middleware services / local area network / Internet using publishers / topic-based event dissemination systems / overlay routing network / local-area network / Wireless Systems / distributed filtering algorithm / higher-level services / fixed and mobile devices / application-level services / distributed systems / large-scale e-commerce / heartbeat protocol / Internet-scale / Topic-based systems / large-scale distributed applications / unicast network / logical network / broker network / local event matching algorithm / pub/sub systems / wide-area networks / publish/subscribe systems / event broker / Web Consortium / middleware systems / logical application-level network / event dissemination systems / middleware services / content-based pub/sub systems / attribute-based routing algorithm / overlay network / type-based routing algorithm / distributed applications / event publisher / overlay routing algorithm / reconciliation protocol / /

Organization

National Science Foundation / Jean M. Bacon Computer Laboratory University of Cambridge JJ Thomson Avenue / Univ. of Colorado / Univ. of California / Global Event Notification Service / Computer Science Division / Publish/Subscribe Notification Service / Wide-Area Event Notification Service / /

Person

Scribe / Morgan Kaufmann / Link Failure / Peter R. Pietzuch / Jean M. Bacon / /

Position

group leader / the group leader / editor / broker / general network layer / expressive model for specifying events and subscriptions / single broker / application programmer / failed broker / forward / event broker / programmer / /

Product

Content-Based Publish / /

ProgrammingLanguage

Java / XML Schema / XML / C++ / /

ProvinceOrState

New York / California / Colorado / /

Technology

object-oriented programming / LAN / XML / CBT / peer-to-peer / overlay routing algorithm / API / Multicast Protocol / attribute-based routing algorithm / CORBA / Quality of Service / same distributed filtering algorithm / reconciliation protocol / local event matching algorithm / mobile devices / type-based routing algorithm / Event Routing Algorithms / Java / Mobile Computing / heartbeat protocol / routing algorithm / /

SocialTag