Next Generation Networks

Next Generation Networks

1. The aim of the course

Understanding WSN requirements, Practical skill development, Design skill with team

2. The course evaluation

- Class partipation : 10%
- Evaluation of Team Project : 10%
- Mid-term examination : 40%
- Final-term examination : 40%

3. Textbook

Hanback's USN guide Hanback

4. Topics to be covered
week	Lecture	Experiment
1st week	Introduction to the course Introduction to NGN
2nd week	Introduction to the course Introduction to NGN	WSN toolkit introduction and setting Lecture Note 01 Hanback_USN_CD.zip
3rd week	Introduction to Wireless Sensor Network	USN Introduction Lecture Note 02
4th week	Introduction to Wireless Sensor Network	TinyOS & NesC Lecture Note 03 Lecture Note 04
5th week	Introduction to Ubiquitous Computing	NesC Exprience Lecture Note 05
6th week	Applications Characteristics and Requirements of Sensor Networks	WSN-to-PC Lecture Note 06
7th week	Applications Characteristics and Requirements of Sensor Networks	WSN-to-PC(2) Lecture Note 07 Lecture Note 08
8th week	Mid-Term Exam Candidate Problems for Mid-term Examination	Routing Lecture Note 09 To use TOSSIM
9th week	MAC for WSN	Routing 2 Lecture Note 10
10th week	MAC for WSN	Routing 3
11th week	WiFi Services Using Whitespace	Application of Routing in WSN Excercise Problem 1
12th week	Term Project 제안서 발표회 1조 2조 3조 4조 5조 6조 7조 8조 9조 10조 11조 12조	Application of Routing in WSN Excercise Problem 2
13th week	Cloud Computing	Energy Efficient Mac Protocol LAB10
14th week	Security in WSN	Energy Efficient Mac Protocol
15th week	Security in WSN	RFID
16th week	Project Demo - Final Exam

5. Team Project

6. Homework

Project development

7. Pre-requisites