lec4 - Telephone Networks UCI University of California,...

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EECS 161 - Introduction to Computer Networking Scott Jordan Telephone Networks UCI University of California, Irvine Trunking Trunk lines carry more than 1 call simultaneously Frequency Division Multiplexing (FDM):
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EECS 161 - Introduction to Computer Networking Scott Jordan Telephone Networks UCI University of California, Irvine (Tanenbaum fig. 2-24)
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EECS 161 - Introduction to Computer Networking Scott Jordan Telephone Networks UCI University of California, Irvine Time Division Multiplexing (TDM): (Tanenbaum fig. 2-26)
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EECS 161 - Introduction to Computer Networking Scott Jordan Telephone Networks UCI University of California, Irvine (Tanenbaum fig. 2-28)
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EECS 161 - Introduction to Computer Networking Scott Jordan Telephone Networks UCI University of California, Irvine Design: Telephone networks were engineered for voice. Service characteristics:
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EECS 161 - Introduction to Computer Networking Scott Jordan
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Unformatted text preview: Telephone Networks UCI University of California, Irvine Design: Telephone networks were engineered for voice. Service characteristics: constant bit rate holding time measured in minutes Performance: EECS 161 - Introduction to Computer Networking Scott Jordan Telephone Networks UCI University of California, Irvine Design: Telephone networks were engineered for voice. Service characteristics: constant bit rate holding time measured in minutes Performance: loss - blocking probability - delay -EECS 161 - Introduction to Computer Networking Scott Jordan Telephone Networks UCI University of California, Irvine Design: Telephone networks were engineered for voice. Service characteristics: constant bit rate holding time measured in minutes Performance: loss - design variable blocking probability - design variable delay - firm deadline...
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This note was uploaded on 03/28/2009 for the course CSE 120A taught by Professor Healey during the Spring '08 term at UC Irvine.

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lec4 - Telephone Networks UCI University of California,...

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