First Presentation
Chapter One: Introduction
1.1 - A Communications Model - Breutzmann
1.2 - Data Communications - Groen/Recker
1.3 - Data Communications Networking - Bates/Voss
1.4 - Protocols and Protocol Architectures
intro - Schiebe/Knecht
3 layer model -Burger/Dow
TCP/IP - Khader/Wessels
OSI - Brase/RinderknechtChap One - Review, Problem Set discussion, and Quiz - Breutzmann
Chapter Two: Protocols and Architecture
2.1 Protocols
through top of 36 (bullets) - Schutt/Tye
through Error Control - Toops/Keeney
through end of 2.1 - Rost/Stolte2.2 OSI
through mid 51 - Hawks/Flockhart
through end 2.2 - Cory/Graaf
Second Presentation
2.3 TCP/IP
through protocol interfaces (58) - Ben/Scott
through end of 2.3 - RyanD/Martha
Chap Two - Review, Problem Set Discussion, and Quiz - Breutzmann
Chapter Five: Data Encoding
Chapter Five Intro - Breutzmann
5.1 Digital to Digital
NRZ-L, NRZI, bipolar-AMI - Zach/Casey
other three - Marcus/Ibrahim
5.2 Digital to Analog - Kathy/Angie
5.3 Analog to Digital - Mitch/Marc
5.4 Analog to Analog - Kyle/Jude
5.5 Spread Spectrum - OMIT
Chapter Five Review/ Problem Set/ Quiz - Breutzmann
Chapter Six: The Data Communications Interface
Chapter Six Intro - Breutzmann
6.1 Asynch and Synch Transmission - Matt/Matt
6.2 Line Configurations - RyanT/RyanR
6.3 Interfacing
232 - Nate/Jim
ISDN - Michelle/Sean
Chapter 6 Review/ Problem Set/ Quiz - Breutzmann
Third Presentation
Chapter Seven: Data Link Control
Intro - Breutzmann
7.1 Flow Control - Blake/Recker
7.2 Error Detection - Knecht/Groen
7.3 Error Control - Wessels/Burger
7.4 High-Level Data Link Control
Basic Characteristics, Frame Structure - Brase/Khader
Operation - Voss/Flockhart
7.5 Other Data Link Control Protocols - Bates/Cory
Chapter 7 Review/ Problem Set/ Quiz - Breutzmann
Chapter Eight: Multiplexing
Intro - Breutzmann
8.1 Frequency Division Multiplexing - Blake/Rinderknecht
8.2 Synchronous Time Division Multiplexing
through p 250 - Dow/Schutte
ISDN & SONET - Hawks/Scheibe
8.3 Statistical Time Division Multiplexing - Toops/Stolte
8.4 Asymmetrical Digital Subscriber Lines - Tye/Rost
8.5 xDSL - Graf/Keeney
Chapter 8 Review/ Problem Set/ Quiz - Breutzmann
Fourth Presentation
Chapter Nine: Circuit Switching
Intro - Breutzmann
9.1 Switching Networks &
9.2 Circuit Switching Networks - RyanR/RyanT
9.3 Circuit Switching Concepts &
9.4 Routing in Circuit Switching Networks - Casey/Zack
9.5 Control Signaling - Angie/Kathy
Chapter Nine Review/ Problem Set/ Quiz - Breutzmann
Chapter Ten: Packet Switching
10.1 Packet Switching Principles
through 308 (packet size) - Luther/Ibrahim
from 308 (comparison) - Ben/Scott
10.2 Routing
through 320 (flooding) - James/Nathan
from 321 (random) - Martha/Marcus
10.3 X.25 - Jim Cory - (OCAC)
Chapter 10 Review/ Problem Set/ Quiz - Breutzmann
Chapter Thirteen: LAN Technology
Intro - Breutzmzann
13.1 LAN Application - Kyle/Jude
13.2 LAN Technology
through Topologies -RyanD/MattH
rest of 13.2 - Sean/Mitch
13.3 Bus LANs, 13.4 Ring LAN and 13.5 Star LANS- Knecht (OCAC)
13.6 Wireless - Luther/Michelle
13.7 Bridges -MattB/Marc
Chapter 13 Review/Problem Set/ Quiz - Breutzmann
Fifth Presentation
Chapter Fourteen: LAN Systems
Intro - Breutzmann
14.1 Ethernet (CSMA/CD)
first half - Keeney/Stolte
second half - Tye/Groen14.2 Token Ring and FDDI
first half - Blake/Flockhart
second half - Bates/Brase14.3 ATM LANs - Khader/Hawks
14.4 Fibre Channel - Toops/Knecht
14.5 Wireless LANs - Voss/Dow
Chapter 14 Review/Problem Set/ Quiz - Breutzmann
Chapter Fifteen: Internetwork Protocols
Intro - Breutzmann
15.1 Principles of Internetworking - Cory/Burger15.2 Connectionless Internetworking - Graaf/Rost
15.3 Internet Protocol - Schutt/Rinderknecht
15.4 IPv6 - Wessels/Scheibe
15.5 Multicasting - Recker/partner
Chapter 15 Review/Problem Set/Quiz
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