09级计算机网络教学方案表Word格式文档下载.docx
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吴红教研室主任签名：
周次
教学进度（包括课程进度、各种教学环节的安排）
第一周
CHAPTER1
INTRODUCTION1
1.1
USESOFCOMPUTERNETWORKS3
1.1.1
BusinessApplications3
1.1.2
HomeApplications6
1.1.3
MobileUsers10
1.1.4
SocialIssues14
1.2
NETWORKHARDWARE17
1.2.1
PersonalAreaNetworks18
1.2.2
LocalAreaNetworks19
1.2.3
MetropolitanAreaNetworks23
1.2.4
WideAreaNetworks23
1.2.5
Internetworks28
1.3
NETWORKSOFTWARE29
1.3.1
ProtocolHierarchies29
1.3.2
DesignIssuesfortheLayers33
1.3.3
Connection-OrientedVersusConnectionlessService35
1.3.4
ServicePrimitives38
1.3.5
TheRelationshipofServicestoProtocols40
1.4
REFERENCEMODELS41
1.4.1
TheOSIReferenceModel41
1.4.2
TheTCP/IPReferenceModel45
1.4.3
TheModelUsedinthisBook48
1.4.4
AComparisonoftheOSIandTCP/IPReferenceModels49
1.4.5
ACritiqueoftheOSIModelandProtocols51
1.4.6
ACritiqueoftheTCP/IPReferenceModel53
1.5
EXAMPLENETWORKS54
1.5.1
TheInternet54
1.5.2
Third-GenerationMobilePhoneNetworks65
1.5.3
WirelessLANs:
802.1170
1.5.4
RFIDandSensorNetworks73
1.6
NETWORKSTANDARDIZATION75
1.6.1
Who'
sWhointheTelecommunicationsWorld77
1.6.2
sWhointheInternationalStandardsWorld78
1.6.3
sWhointheInternetStandardsWorld80
1.7
METRICUNITS82
第二周
CHAPTER2
THEPHYSICALLAYER89
2.1
THETHEORETICALBASISFORDATACOMMUNICATION90
2.1.1
FourierAnalysis90
2.1.2
Bandwidth-LimitedSignals90
2.1.3
TheMaximumDataRateofaChannel94
2.2
GUIDEDTRANSMISSIONMEDIA95
2.2.1
MagneticMedia95
2.2.2
TwistedPairs96
2.2.3
CoaxialCable97
2.2.4
PowerLines98
2.2.5
FiberOptics99
2.3
WIRELESSTRANSMISSION105
2.3.1
TheElectromagneticSpectrum105
2.3.2
RadioTransmission109
2.3.3
MicrowaveTransmission110
2.3.4
InfraredTransmission114
2.3.5
LightTransmission114
2.4
COMMUNICATIONSATELLITES116
2.4.1
GeostationarySatellites117
2.4.2
Medium-EarthOrbitSatellites121
2.4.3
Low-EarthOrbitSatellites121
2.4.4
SatellitesVersusFiber123
第三周
2.5
DIGITALMODULATIONANDMULTIPLEXING125
2.5.1
BasebandTransmission125
2.5.2
PassbandTransmission130
2.5.3
FrequencyDivisionMultiplexin132g
2.5.4
TimeDivisionMultiplexing135
2.5.5
CodeDivisionMultiplexing135
2.6
THEPUBLICSWITCHEDTELEPHONENETWORK138
2.6.1
StructureoftheTelephoneSystem139
2.6.2
ThePoliticsofTelephones142
2.6.3
TheLocalLoop:
Modems,ADSL,andFiber144
2.6.4
TrunksandMultiplexing152
2.6.5
Switching161
2.7
THEMOBILETELEPHONESYSTEM164
2.7.1
First-Generation（1G）MobilePhones:
AnalogVoice166
2.7.2
Second-Generation（2G）MobilePhones:
DigitalVoice170
2.7.3
Third-Generation（3G）MobilePhones:
DigitalVoiceandData174
2.8
CABLETELEVISION179
2.8.1
CommunityAntennaTelevision179
2.8.2
InternetoverCable180
2.8.3
SpectrumAllocation182
2.8.4
CableModems183
2.8.5
ADSLVersusCable185
第四周
CHAPTER3
THEDATALINKLAYER193
3.1
DATALINKLAYERDESIGNISSUES194
3.1.1
ServicesProvidedtotheNetworkLayer194
3.1.2
Framing197
3.1.3
ErrorControl200
3.1.4
FlowControl201
3.2
ERRORDETECTIONANDCORRECTION202
3.2.1
Error-CorrectingCodes204
3.2.2
Error-DetectingCodes209
第五周
3.3
ELEMENTARYDATALINKPROTOCOLS215
3.3.1
AUtopianSimplexProtocol220
3.3.2
ASimplexStop-and-WaitProtocolforanError-FreeChannel221
3.3.3
ASimplexStop-and-WaitProtocolforaNoisyChannel222
3.4
SLIDINGWINDOWPROTOCOLS226
3.4.1
AOne-BitSlidingWindowProtocol229
3.4.2
AProtocolUsingGo-Back-N232
3.4.3
AProtocolUsingSelectiveRepeat239
3.5
EXAMPLEDATALINKPROTOCOLS244
3.5.1
PacketoverSONET245
3.5.2
ADSL（AsymmetricDigitalSubscriberLoop）248
第六周
CHAPTER4
THEMEDIUMACCESSCONTROLSUBLAYER257
4.1
THECHANNELALLOCATIONPROBLEM258
4.1.1
StaticChannelAllocation258
4.1.2
AssumptionsforDynamicChannelAllocation260
4.2
MULTIPLEACCESSPROTOCOLS261
4.2.1
ALOHA262
4.2.2
CarrierSenseMultipleAccessProtocols266
4.2.3
Collision-FreeProtocols269
4.2.4
Limited-ContentionProtocols274
4.2.5
WirelessLANProtocols277
4.3
ETHERNET280
4.3.1
ClassicEthernetPhysicalLayer281
4.3.2
ClassicEthernetMACSublayerProtocol282
4.3.3
EthernetPerformance286
4.3.4
SwitchedEthernet288
4.3.5
FastEthernet290
4.3.6
GigabitEthernet293
4.3.7
10GigabitEthernet296
4.3.8
RetrospectiveonEthernet298
第七周
4.4
WIRELESSLANS299
4.4.1
The802.11ArchitectureandProtocolStack299
4.4.2
The802.11PhysicalLayer301
4.4.3
The802.11MACSublayerProtocol303
4.4.4
The802.11FrameStructure309
4.4.5
Services311
4.5
BROADBANDWIRELESS312
4.5.1
Comparisonof802.16with802.11and3G313
4.5.2
The802.16ArchitectureandProtocolStack314
4.5.3
The802.16PhysicalLayer316
4.5.4
The802.16MACSublayerProtocol317
4.5.5
The802.16FrameStructure319
4.6
BLUETOOTH320
4.6.1
BluetoothArchitecture320
4.6.2
BluetoothApplications321
4.6.3
TheBluetoothProtocolStack322
4.6.4
TheBluetoothRadioLayer324
4.6.5
TheBluetoothLinkLayers324
4.6.6
TheBluetoothFrameStructure325
4.7
RFID327
4.7.1
EPCGen2Architecture327
4.7.2
EPCGen2PhysicalLayer328
4.7.3
EPCGen2TagIdentificationLayer329
4.7.4
TagIdentificationMessageFormats331
4.8
DATALINKLAYERSWITCHING332
4.8.1
UsesofBridges332
4.8.2
LearningBridges334
4.8.3
SpanningTreeBridges337
4.8.4
Repeaters,Hubs,Bridges,Switches,Routers,andGateways340
4.8.5
VirtualLANs342
第八周
CHAPTER5
THENETWORKLAYER355
5.1
NETWORKLAYERDESIGNISSUES355
5.1.1
Store-and-ForwardPacketSwitching356
5.1.2
ServicesProvidedtotheTransportLayer358
5.1.3
ImplementationofConnectionlessService359
5.1.4
ImplementationofConnection-OrientedService361
5.1.5
ComparisonofVirtual-CircuitandDatagramNetworks361
5.2
ROUTINGALGORITHMS362
5.2.1
TheOptimalityPrinciple364
5.2.2
ShortestPathAlgorithm366
5.2.3
Flooding368
5.2.4
DistanceVectorRouting370
5.2.5
LinkStateRouting373
5.2.6
HierarchicalRouting378
5.2.7
BroadcastRouting380
5.2.8
MulticastRouting382
5.2.9
AnycastRouting385
5.2.10
RoutingforMobileHosts386
5.2.11
RoutinginAdHocNetworks389
5.3
CONGESTIONCONTROLALGORITHMS392
5.3.1
ApproachestoCongestionControl394
5.3.2
Traffic-AwareRouting395
5.3.3
AdmissionControl397
5.3.4
TrafficThrottling398
5.3.5
LoadShedding401
5.4
QUALITYOFSERVICE404
5.4.1
ApplicationRequirements405
5.4.2
TrafficShaping407
5.4.3
PacketScheduling411
5.4.4
AdmissionControl415
5.4.5
IntegratedServices418
5.4.6
DifferentiatedServices421
第九周
5.5
INTERNETWORKING424
5.5.1
HowNetworksDiffer425
5.5.2
HowNetworksCanBeConnected426
5.5.3
Tunneling429
5.5.4
InternetworkRouting431
5.5.5
PacketFragmentation432
5.6
THENETWORKLAYERINTHEINTERNET436
5.6.1
TheIPVersion4Protocol439
5.6.2
IPAddresses442
第十周
期中考试
第十一周
5.6.3
IPVersion6455
5.6.4
InternetControlProtocols465
5.6.5
LabelSwitchingandMPLS470
5.6.6
OSPF--AnInteriorGatewayRoutingProtocol474
5.6.7
BGP--TheExteriorGatewayRoutingProtocol479
5.6.8
InternetMulticasting484
5.6.9
MobileIP485
第十二周
CHAPTER6
THETRANSPORTLAYER495
6.1
THETRANSPORTSERVICE495
6.1.1
ServicesProvidedtotheUpperLayers496
6.1.2
TransportServicePrimitives498
6.1.3
BerkeleySockets500
6.1.4
AnExampleofSocketProgramming:
AnInternetFileServer503
6.2
ELEMENTSOFTRANSPORTPROTOCOLS507
6.2.1
Addressing509
6.2.2.
ConnectionEstablishment512
6.2.3
ConnectionRelease517
6.2.4
FlowControlandBuffering522
6.2.5
Multiplexing527
6.2.6
CrashRecovery527
6.3
CONGESTIONCONTROLALGORITHMS530
6.3.1
DesirableBandwidthAllocation531
6.3.2
RegulatingtheSendingRate535
6.3.3
WirelessIssues539
第十三周
6.4
THEINTERNETTRANSPORTPROTOCOLS:
UDP541
6.4.1IntroductiontoUDP541
6.4.2
RemoteProcedureCall543
6.4.3
TheReal-TimeTransportProtocol546
6.5
TCP552
6.5.1
IntroductiontoTCP552
6.5.2
TheTCPServiceModel553
6.5.3
TheTCPProtocol556
6.5.4
TheTCPSegmentHeader557
6.5.5
TCPConnectionEstablishment560
6.5.6
TCPConnectionRelease562
6.5.7
TCPConnectionManagementModeling562
6.5.8
TCPTransmissionPolicy565
6.5.9
TCPTimerManagement568
6.5.10
TCPCongestionControl571
6.5.11TheFutureofTCP5
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