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CS 6390
Advanced Computer Networks
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COURSE DESCRIPTION |
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Survey of recent advancements in high-speed network
technologies. Application of quantitative approach to the study of broadband
integrated networks including admission control, access control, and quality
of service guarantee. Provide an in-depth discussion on Internet and
integrated service network technologies an up-to-date survey of advancements
in high-speed network technologies.
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COURSE LEARNING OBJECTIVES |
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To give the student ideas and insights on important design
issues associated with advanced computer networks. Topics to be discussed
include (1) Transport and Routing protocols, (2) Quality of Service, (3)
Mobile IP/Wireless Data, (4) IPv6, (5) MPLS, (6) Voice over IP, and other
recent topics.
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MAJOR
TOPICS |
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Fundamentals of TCP/IP (Addressing, routing, multicast,
congestion control, IPv6); IP over ATM (SONET, ATM, IPOA, MPOA); IP over
Optical Networks (DWDM, routing, wavelength assignment); IP QoS (Signaling,
Queueing, MPLS, Diffserv); ATM Basics (Introduction to ATM, Network Model,
Virtual Paths and Virtual Circuits, Cell Format, ATM Layers); ATM Detailed
(Traffic Types and Service Categories, ATM Adaptation Layer, ATM Hierarchies,
PNNI Signaling, Topology Generation, QoS Support); Deterministic Traffic
Analysis (Introduction, Network Elements in Isolation, Network Elements in
Series, FCFS for Quality of Service); Real-Time Scheduling (Introduction,
Virtual Clock, Generalized Processor Sharing, End to End Delays in
Heterogeneous Systems, Rate Independent Delay); Network Calculus
(Introduction, Arrival and Service Curves, Manipulating Service Curve
operators). |
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