Advanced Networks

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Advanced Networks by Mind Map: Advanced Networks

1. Course Topics

1.1. Week 1: Routing in the Internet

1.1.1. Intra-Domain Routing Protocols

1.1.1.1. Distance Vector

1.1.1.2. Link State

1.1.2. Inter-Domain Routing Protocols

1.1.2.1. Border-Gateway Protocol

1.1.2.2. Path Vector Protocol

1.1.3. New Routing Protocols

1.1.3.1. IP Multicasting

1.1.3.1.1. Multicast Communication

1.1.3.1.2. Multicast Routing Algorithms

1.2. Week 2: ISP Traffic Engineering

1.3. Week 3: Critical Network Infrastructure Services

1.4. Week 4: Network Security

1.5. Week 5: CDNs, Peer to peer and overlay networks

1.6. Week 6: Wireless Networks

1.7. Week 7: Sensor Networks

1.8. Week 8: Network Measurements

1.9. Week 9: Network Models

1.10. Week 10: Data Center Networks

2. Exam Info

2.1. When

2.1.1. 1st Sitting: End of Week 3

2.1.2. 2nd Sitting: End of Week 6

2.1.3. 3rd Sitting: End of Week 9

2.2. Where: 1st and 2nd in Classroom, 3rd in Exam Hall

2.3. Form

2.3.1. Essay exam

2.3.2. Oral exam

2.3.3. Multiple choice

2.4. Don't forget to...

3. Course Information

3.1. EENGM4211: Advanced Networks

3.2. Teacher

3.2.1. Name: Avishek Nag

3.2.2. Office Hour: Wednesday 12 noon-1 pm

3.2.3. Contact: [email protected]

3.3. When & Where: Parsons Hall, Lecture Room 2

3.4. Grading System

3.5. Online Resources

3.5.1. E-learning

3.5.2. Student forum

4. Reading List

4.1. Primary literature: Kurose, F. and K.W. Ross, Computer Networking: A Top-down Approach Featuring the Internet, 2nd edition, Addison Wesley, 2002

4.2. Secondary literature: Tanenbaum, A., Computer Networks, Prentice Hall, ISBN, 0130661023

4.3. Research Papers