Project 1: Campus IPv4 Redesign Project:
a. Introduction and background to the problem: (most of it was supplied by the client; you may need to capture the ideas and elaborate it)
b. Introduction about the project members and their role/contributions
c. Detailed analysis of the existing IPv4 design:
a. What are the advantages and disadvantages of the existing design
b. Any potential bottleneck, in terms of performance, scalability, security or any other important point you have observed.
d. Outline of your proposed design:
a. The rationale behind proposing a particular design against various alternatives
b. How are you going to validate your design?
e. Any thoughts on budget and timeline for implementation? a. Cost?
i. Man-hours required
ii. Any automated process?
iii. Any hardware/Software cost involved? b. Implementation timeline?
f. Reference materials used at this stage Project 2: QoS Design for a Campus Network:
a. Introduction and background to the problem: (most of it was supplied by the client; you may need to capture the ideas and elaborate it)
b. Introduction about the project members and their role/contributions
c. Detailed analysis of the existing QoS design a. What are the advantages and disadvantages of the existing design b. Any potential bottleneck, in terms of performance, scalability, security or any other important point you have observed.
d. Outline of your proposed design:a. The rationale behind proposing a particular design against various alternatives b. How are you going to validate your design? c. Assumption about traffic ngineering?
e. Any thoughts on budget and timeline for implementation?a. Cost?
i. Man-hours required
ii. Any automated process?
iii. Any hardware/Software cost involved? b. Implementation timeline?
f. Reference materials used at this stage Project 1: Campus IPv6 design Project:
a. Introduction and background to the problem: (most of it was supplied by the client; you may need to capture the ideas and elaborate it)
b. Introduction about the project members and their role/contributions
c. Detailed analysis of the existing IPv4 design: a. What are the advantages and disadvantages of the existing design b. Any potential bottleneck, in terms of performance, scalability, security or any other important point you have observed.
d. Outline of your proposed design: a. Why IPv6? b. The rationale behind proposing a particular design against various alternatives c. How are you going to validate your design?
e. Any thoughts on budget and timeline for implementation? a. Cost?
i. Man-hours required
ii. Any automated process?
iii. Any hardware/Software cost involved? b. Implementation timeline?
f. Reference materials used at this stage Project 4: Open Wireless Network Design:
a. Introduction and background to the problem: (most of it was supplied by the client; you may need to capture the ideas and elaborate it)
b. Introduction about the project members and their role/contributions
c. Detailed analysis of the existing Wireless network: a. What are the advantages and disadvantages of the existing design b. Any potential bottleneck, in terms of performance, scalability, security or any other important point you have observed.
d. Site Survey results:
a. Software used?
b. Outcome and your interpretation?
e. Outline of your proposed design:
a. The rationale behind proposing a particular design against various alternatives
b. How are you going to validate your design?
c. Assumption about traffic engineering and bandwidth requirements?
f. Any thoughts on budget and timeline for implementation? a. Cost?
i. Man-hours required
ii. Any hardware/Software cost involved? b. Implementation timeline?
g. Reference materials used at this stage