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Electronic engineering / Computing / Computer networking / Electronics / Network simulation / Throughput / Packet loss / Quality of service / Denial-of-service attack / Telecommunications engineering / Network performance / Teletraffic


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City

Washington / D.C. / Eagan / /

Company

Lockheed Martin Corporation / Maritime Systems / Enterprise Services / Consolidated Afloat Networks / IEEE Authorized / Mission Oriented Networks / MITRE Corporation / Authorized / Traffic Growth Scenario Authorized / /

Currency

USD / /

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Facility

Terminal Traffic / W. Hall / University of Minnesota / /

IndustryTerm

coupled hardware devices / time-sensitive applications / voice applications / shipboard network-centric communication systems / redundant systems / encryption device / software applications / hardware devices / individual networks / simulated network / voice services / real-time applications / wide area network / ciphertext network / Internet Protocol / actual network applications / Internet Protocol Encryptor / tactical applications / encryption devices / integrated shipboard local area network infrastructure / distinct network infrastructure / secure network / radio communication systems / afloat networks / required stove-piped systems / /

Organization

Department of Electrical and Computer Engineering / National Security Agency / U.S. Navy / United States Navy / University of Minnesota / Minneapolis / /

Person

Andy S. Peng / Delores Washburn / David J. Lilja / Brian R. Eickhoff / /

Position

encryption device model / network traffic generation / /

ProvinceOrState

Minnesota / /

Technology

encryption / SOA / Ethernet / LAN / routing protocol / RIP protocol / IP / HTTP 1.1 / HTTP / Simulation / Quality of Service / WAN / pdf / /

URL

www.chips.navy.mil/archives/07 / http /

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