Computer Networks Lecture Notes

1. ISO-OSI 7-Layer Network Architecture


2. Network Architecture(Contd) and Physical Layer


3. Physical Layer (Contd) - Data Encoding


4. Multiplexing, Network Topology, Aloha and CSMA/CD


5. CSMA/CA, Contention Free Protocols and Limited Contention Protocols


6. IEEE 802.3 and Ethernet


7. IEEE 802.5: Token Ring Network


8. Token Ring Network(Contd...) and IEEE 802.4: Token Bus Network


9. Data Link Layer(DLL)


10. Network Layer


11. Network Layer(cont) - Routing Algorithms Classification


12. Routing Algorithms


13. ARP,RARP,ICMP Protocols


14. Transport Layer Protocol (TCP)


15. TCP (continued)


16. TCP - Implementation Issues


17. Unix Socket Programming - Part 1


18. Unix Socket Programming - Part 2


19. Unix Socket Programming - Part 3


20. Unix Socket Programming - Part 4 and Some Topics in TCP


21. TCP Congestion Control, Random Losses, PAWS


22. UDP and DNS


23. DNS(Continued), BOOTP, DHCP


24. Routing in Internet


25. Routing(Continued)- Algortihms


26. Remote Procedure Call


27. Remote Procedure Call - Using rpcgen(Contd..)


28. Distributed Applications


29. Applications- FTP and EMAIL


30. PEM and SNMP


31. Firewalls


32. Wireless Networks


33. Network Security


34. Network Security(Contd...)


35. Network Security(Contd...)


36. Kerberos and Public Key Authentication


37. NFS and AFS

Computer Networks PPT PDF SLIDES

Course Title: Computer Networks II


Branch: Computer science and Engineering

Author: Stephen W. Turner


University: University of Michigan-Flint


Dated: 2011


Text Books Required: Computer Networks, 5th Edition by Andrew S. Tanenbaum and
David J. Wetherall , Prentice Hall,




Description:

This course will develop an understanding of:
a. Layered network architecture models.
b. Network, Transport and Application layer protocols.
c. Wireless networking techniques.
d. Practical design, construction, and administration of computer networks.
e. The web as an example of client-server computing: client-side and server-side
programs/scripts, CGI, applets; characteristics of web servers; web protocols.
f. Network security: fundamentals, public- and secret-key algorithms,
authentication protocols, digital signatures.
g. Network management: security issues; domain names and name services;
security issues and firewalls; QoS

Download Slides here:

Notes from	Links
Sockets	Introduction 2-up per page
	Introduction 4-up per page
Chapter 1	Introduction 2-up per page
	Introduction 4-up per page
Chapter 2	The Physical Layer 2-up per page
	The Physical Layer 4-up per page
Chapter 3	The Data Link Layer 2-up per page
	The Data Link Layer 4-up per page
Chapter 4	The Medium Access Sublayer 2-up per page
	The Medium Access Sublayer 4-up per page
Chapter 5	The Network Layer 2-up per page
	The Network Layer 4-up per page
Chapter 6	The Transport Layer 2-up per page
	The Transport Layer 4-up per page
Chapter 7	The Application Layer, 7.1 - 7.3 2-up per page
	The Application Layer, 7.1 - 7.3 4-up per page
	The Application Layer, 7.4 - 7.5 2-up per page
	The Application Layer, 7.4 - 7.5 4-up per page
	The Application Layer, (all sections) 2-up per page
	The Application Layer, (all sections) 4-up per page
Chapter 8	Network Security 2-up per page
	Network Security 4-up per page