Autonomic Wireless Networking

포항공과대학교
유찬수

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

공학 >컴퓨터ㆍ통신 >정보통신공학
등록일자

2009.10.28

조회수

3,895

The rapid advances in miniaturization of computing devices and "untethered" communication technology, together with the increasing demands for ubiquitous access to information, have introduced new challenges as well as new opportunities in many traditional areas of computer science and engineering. In this course students will have a comprehensive overview of mobile computing and wireless networks.

차시별 강의

1.	Introduction of this course	Course Overview
2.	Physical layer issues	1.Wireless Radio, Limits of Wireless Channel 2.Digital Radio Communications 3.IEEE 802.11/a/b Physical layer
3.	ns-2 Simulation	1.Introduction to ns-2 2.Simulation in MANETs
4.	Medium access control	1.Mobile networking in ns 2.Radio Propagation Model 3.Trace and Monitoring support
5.	Medium access control(Lab)	Carrier sense, Signal capturing and multirate control in ns-2
6.	IEEE 802.11 MAC	1.MAC Analysis : ALOHA(No CS) 2.CSMA in W/L Networks 3.IEEE 802.11 MAC
7.	IEEE 802.11 MAC(LAB-Contention Window algorithm)	1.A little bit of ns-2 simulator 2.Contention window-related functions in ns-2
8.	Overview of IEEE 802.11	1.MAC, PHY frame 2.IEEE 802.11MAC algorithm
9.	Overview of IEEE 802.11	1.Spectrum sense using USRP/GNU Radio 2.Uses GNU Radio and GRC(no USRP)
10.	IEEE 802.11: MAC Management	1.Synchronization 2.Power management 3.Association/Reassociation 4.MIB-Management Information Base
11.	IEEE 802.11: MAC Management(Lab)	1.NS-2 simulation(Mobility,Traffic) 2.How to make changes in ns-2?
12.	IP Networking and Mobile IP	1.IP for Wired N/W 2.Mobile IP Overview 3.Basic Mobile IP 4.Route Optimization