Distance Vector Routing Vs Link State Routing

Distance Vector Routing Vs Link State Routing

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Victorian Institute of Technology Pty Ltd
ABN: 41 085 128 525 RTO No: 20829 TEQSA ID: PRV14007 CRICOS Provider Code: 02044E

Assignment 1

Assignment Type / Group Assignment (2 students in each group)
Week Issued / 5
Total Marks / 100 (20%)
Submission Deadline / Week 12 via Moodle
Penalties / Penalties for late submission and plagiarism in accordance with VIT
guidelines
The purpose of the assessment is to test students on their ability to apply routing theories and concepts.
  1. Research on following topics and write a summary for each with no more than 500 words for each topic. Use examples if appropriate. (30 marks – 10each)
  2. IPv6 Subnetting
  3. Distance Vector Routing Vs Link State Routing
  4. Mechanisms for Router Security
  1. Organisation Opera has three branches connected by routers as shown below. A Class B network: 150.111.0.0 / 16 is given. Design and implement sub networks for three departments (D1 to D3), which have 400, 250, 500 computers respectively. (15 marks)

  1. Case Study (50 marks)

Plan, design and implement the complex International Travel Agency BGP/OSPF network shown in the diagram and description below. Implement the design on the lab set of routers. Verify that all configurations are operational and functioning according to the guidelines.

The International Travel Agency relies heavily on the Internet for its advertising and sales. Therefore, it has been decided to establish a primary and a backup route to the Internet. Additionally, other network changes have been planned as shown in the diagram above and described below. The responsibilities of the network engineer include creating, maintaining, and implementing changes to the network. The network will be based on and must meet the following requirements:

  1. The San Jose core routers must run OSPF and be configured in Area 0.(5 marks)
  2. The network has been allocated one Class B license. (5 marks)
  3. Use VLSM on all serial interfaces as may be appropriate. (5 marks)
  4. This network will have three outer areas. The London branch office in Area 1 will be a totally stubby network. The Capetown branch office in Area 2 will be an NSSA. The third area will be a RIP network. (5 marks)
  5. Summarize all routes from each area into the core. Plan for approximately 30 networks in each area in the diagram with the exception of the core, known as Area 0. (5 marks)
  6. Redistribute routing information from RIP into OSPF. The RIP network should use default routing to access the rest of the network and Internet.(5 marks)
  7. This International Travel Agency network will be multihomed to ISP1A. The primary link will be a T3 connection. A backup T1 link will also be configured. All outbound and inbound traffic are to use the T3 link. The T1 link should be used only if the T3 link goes down. (5 marks)
  8. Document the configuration and any difficulties that were encountered.(5 marks)
  9. What were the implementation issues or limitations? (5 marks)
  10. List two suggestions for improving this network configuration and design.(5 marks)
  1. 5 marks will be awarded for quality of the presentation of the report.

Semester 2 – 2016 ITNE 3007- Advanced RoutingPage1 of 3

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