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Thursday, May 14, 2015
Wednesday, May 13, 2015
Tuesday, March 19, 2013
Sunday, November 4, 2012
CN Practical Exam - Sem V- Nov 2012
Some Practical exam questions will not be directly from the journal...there will be very small modifications, and all such modifications will be as per discussed in the practicals.
There can be changes based on:
There can be changes based on:
- packet tracer topologies
- socket programming(capitalization of string)
- Hamming Code(Take input data from user(in 1's and 0's) and generate its hamming code)
- NO CHANGES IN NS2(but n/w topologies may/may not change)
Rest of the list remains the same..
Practical Schedule:
06/11/2012 Seat No: 301-340 Time: 9am sharp followed by viva
07/11/2012 Seat No: 341-380 Time: 9am sharp followed by viva
*********************ALL THE BEST*****************
Sunday, October 21, 2012
CN Submissions Sem V October 2012
CN Submissions: 23/10/2012 and 25/10/2012
CN Viva and Practical Exam: 6/11/2012 & 7/11/2012
CN Viva and Practical Exam: 6/11/2012 & 7/11/2012
All The Best!!
Tuesday, October 16, 2012
Assignment-2 CN - SEM V - CMPN
1. Write
Short notes on:
a) Features of IPv6
b) Token Bucket algorithm
c) Adhoc Networking
d) QoS of internetworking
a) Features of IPv6
b) Token Bucket algorithm
c) Adhoc Networking
d) QoS of internetworking
2. Explain
the structure of IPv4 header
3. Explain
classful IP addressing
4. What
is count to infinity problem in distance vector routing
5. Explain
CIDR in detail
6. Explain
the three protocol scenarios for establishing a connection using 3-way handshake
in TCP
Last Date: 20/10/2012
Wednesday, October 3, 2012
Experiment List – Computer Networks – Sem V(CMPN)
1. Study of Networking
Devices
2. A) Design of College
network having 2 Departments using Packet Tracer
B)
Design of College network having 4 Departments using Packet Tracer
3. Stop and Wait protocol
using NS2
4. Slow Start
Protocol for Congestion Control using NS2
5. Sliding Window
Protocol using NS2
6. A) Monitor Traffic in a given network using NS2 (4 nodes)
B) Monitor Traffic in a given network using NS2 (6 nodes)
7. Design of an infrastructure wireless network for a small company
using Packet Tracer
8. TCP Socket programming (2-way communication between TCPClient and
TCPServer)
9. Implement Shortest Path using Dijkstra’s Algorithm
10. Bellman Ford Algorithm
11. Case Study on any Advance Topic in Networking/Distributed Domain (groupwise
– 4 students per group)
Practical Exam will be conducted based
on above topics, with/without some modifications.
Subject Incharge: Prof. Akshay Rele
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