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Data transmission / Network performance / IP multicast / Packet loss / Throughput / Transmission Control Protocol / Multicast / Out-of-order delivery / Communications protocol / Data / Information / Computing


PLATO: Predictive Latency-Aware Total Ordering Mahesh Balakrishnan, Ken Birman and Amar Phanishayee {mahesh, ken, amar}@cs.cornell.edu Department of Computer Science Cornell University
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Document Date: 2006-07-06 10:05:33


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File Size: 597,34 KB

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Company

HP / Cisco / /

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Facility

Cornell University / /

Holiday

Christmas / /

IndustryTerm

low-latency total ordering protocol / unicast protocol / e-commerce websites / real datacenter-style networks / predictive total-ordering protocol / datacenter applications / time-critical total ordering protocol / datacenter total ordering protocol / online stores / datacenter-style networks / time-critical datacenter applications / online bookseller / datacenter hardware / optimistic ordering protocols / datacenter-style switched networks / commodity hardware / predictive total ordering protocol / switched datacenter-style networks / time-critical datacenter ordering protocol / optimistic total ordering protocol / fixed-sequencer protocol / computational finance / multicast / /

Organization

Totally Ordered Replicated Warehousing Service / Inventory Service / Department of Computer Science Cornell University Keywords / Cornell University / /

Person

Amar Phanishayee / Ken Birman / Ordering Mahesh Balakrishnan / /

ProvinceOrState

Utah / /

Technology

fixed-sequencer protocol / datacenter ordering protocol / at least one protocol / ordering protocol / The protocol / existing protocol / TCP/IP / existing fixed-sequencer protocol / optimistic ordering protocols / /

URL

www.emulab.net / /

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