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강의학기

2015년 1학기

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강의계획서

<교재 및 출처>

“Data and Computer Communications", by William Stallings, 10th Edition, Pearson Education, 2014.

차시별 강의

1.	1-1.Overview	The Scope of the book, Technological Advancement Driving Forces, Today's Data Communications and Networking, Convergence, A Communications Model, Communications tasks
	1-2 Overview	The need For Protocol Architecture, Protocol Architecture, Key Features of a Protocol, Network Access Layer, Transport Layer, Application Layer, Addressing, PDU, TCP/IP,
2.	1-3 Overview	Local Area Networks(LAN), LAN Configurations, Metropolitan Area Networks(MAN), The Internet, Internet Elements, Networking configuration,
	2-1 Protocol Architecture	The Need For Protocol Architecture, Protocol Architecture, Key Features of a Protocol, A Simple Protocol, Network Access Layer, Application Layer
3.	2-2 Protocol Architecture	Protocol Architecture and Networks, Addresing, PDU , TCP/IP Protocol Architecture, Physical Layer, Network Access Layer, Internet Layer, Adderesing level, PDUs in TCP/IP
4.	2-3 Protocol Architecture	TCP, PDUs in TCP/IP, TCP Header, UDP, IPv6, OSI, OSI Layers, The OSI Environment
	2-4 Protocol Architecture	Standardized Protocol Architectures, Service Primitives and Parameters, Timing Sequence for Service Primitives, Multimedia Taxonomy,
5.	4-2 Transmission Media	Optical Fiber-Benefits, Applications, Transmission Characteristics, Data Rate and Bandwidth, Channel Capacity, Attenuation, Delay Distortion,
	4-1 Transmission Media	Design Factors, Guided Transmission Media, Twisted Pair, Unshielded and Shielded TP, UTP, STP, Terminologies, Signal Power Relationships, Coaxial Cable, Optical Fiber
6.	6-2 Digital Data Communication Techniques	The Internet Checksum, Cyclic Redundancy Check(CRC), Implementation
	6-3 Digital Data Communication Techniques	CRC, Implementation, Error Correction, Error Correction Process Diagram, Working of Error Correction, Line Confuguration
7.	7-1 Data Link Control Protocol	Data Link Control Protocol, Flow Control, Model of Frame Transmission
	7-1 Data Link Control Protocol	Data Link Control Protocol, Flow Control, Model of Frame Transmission
8.	7-2 Data Link Control Protocol	Stop-and-Wait Flow Control, Stop and Wait Link Utillzation, Fragmentation, Sliding-Window Flow Control, Sliding Window Diagram, Example Sliding Window
9.	7-3 Data Link Control Protocol	Error Control, Automatic Repeat Request(ARQ), Go-Back-N ARQ, ARQ Utilization as a Function
	9-1 WAN Technology and Protocols	Packet Swiching Principles, Basic Operation, Use of Packets, Advantages, Switching Technique, Datagram, Virtual Circuit, Effect of Packet Size, Example
10.	9-2 WAN Technology and Protocols	Asynchronous Transger Mode(ATM), ATM Connection Relationships, Advantags of Virtual Paths, Call Establishment Using VPs, ATM Cells, Header Format, HEC, Effect of Error in Cell Header
11.	11-1 LAN Overview	Local Area Networks(LANs), LAN Topologies, Bus and Tree Topologies, Ring Topology, Frame Transmission of Ring LAN, Star Topology, LAN Protocol Architecture, Physical Layer, Logical Link Control, LCC Services
12.	11-2 LAN Overview	LCC Services, LCC Service Alternative, LCC Protocol, Key parameters in MAC, Asynchronous Systems, Bridges,
13.	11-3 LAN Overview	Bridge Design Aspects, Bridge Protocol Architecture, Connection of Two LANs, Hubs, Buses and Hubs, Swith Benefits
	11-4 LAN Overview	A LAN Configuration, A partitioned LAN, Virtual LANs(VLANs), A VLAN Configuration, Defining VLANs, Communicating VLAN Membership
14.	12-1 Ethernet	IEEE 802 Standards
	12-3 Ethernet	Collision Detection, IEEE 802.3 Mac Frame Format, 100-Mbps Fast Ethernet, Full-Duplex Operation, Gigabit Ethernet-MAC, Advantages
15.	12-2 Ethernet	Introduction, Characteristics of Some High-Speed LANs, Ethernet, ALOHA, CSMA or LBT, CSMA, Value of p, Collision Detection, Binary Exponential Backoff
	12-4 Ethernet	10-Gbps Ethernet, configurations, Multilane Distribution, Packet Fragmentation and Reassembly