Reference no: EM13313992

Case Study 2: Genome4U?

Read the Genome4U case study found in Chapter 7 of the textbook.

Write a two to four (2-4) page paper in which you:

1. Design a plan to integrate the different routing protocols into a new network design for Genome4U's lab.
2. Identify the information you will redistribute between routing protocols.
3. Identify the problems you expect to encounter (with different metrics, security, etc.) when you redistribute.
4. Explain how you will overcome the problems.
5. Explain how you will provide Internet access.

Your assignment must follow these requirements:

• Be typed, double spaced, using Times New Roman font (size 12), with one-inch margins on all sides; citations and references must follow APA
• Thoroughly designed a plan to integrate the different routing protocols into a new network design for Genome4U's lab.
• Thoroughly described the information you will redistribute between routing protocols.
• Thoroughly identified the problems you expect to encounter (with different metrics, security, etc.) when you redistribute.
• Thoroughly explained how you will overcome the problems.
• Thoroughly explained how you will provide Internet access.
• Three or more references

Genome4U case study found in Chapter 7 of the textbook.

In Chapter 4, "Characterizing Network Traffic," you learned about Genome4U, a scientificresearch project at a large university that plans to sequence the genomes of 100,000volunteers. The project will also create a set of publicly accessible databases with genomic,trait, and medical data associated with the volunteers. Genome4U's fund raising isgoing well, and the project is building a multistory lab for about 500 researchers. Theproject network engineers will be implementing a new internetwork for the lab usingCisco switches and routers. The network engineers plan to use EIGRP on the new routers.

However, network designs are never that easy. The new internetwork also needs to communicatewith many business partners, including a nearby biology lab that uses RIP and afund-raising office that uses OSPF. The lab also needs Internet access, which it hopes canbe achieved by simply connecting the network to the university's campus network, whichhas Internet access.

Design a plan for integrating the different routing protocols into a new network designfor Genome4U's lab. What information will you redistribute between routing protocols?

What problems do you expect to encounter (with different metrics, security, and so on)when you redistribute, and how will you overcome the problems? How will you provideInternet access?

Complete Genome4U study from the textbook

Genome4U is a scientific research project at a large university in the United States.Genome4U has recently started a large-scale project to sequence the genomes of 100,000volunteers with a goal of creating a set of publicly accessible databases with humangenomic, trait, and medical data.

The project's founder, a brilliant man with many talents and interests, tells you that thepublic databases will provide information to the world's scientific community in general,not just those interested in medical research. Genome4U is trying not to prejudge howthe data will be used because there may be opportunities for interconnections and correlationsthat computers can find that people might have missed. The founder envisionsclusters of servers that will be accessible by researchers all over the world. The databaseswill be used by end users to study their own genetic heritage, with the help of their doctorsand genetic counselors. In addition, the data will be used by computer scientists,mathematicians, physicists, social scientists, and other researchers.

The genome for a single human consists of complementary DNA strands wound togetherin a double helix. The strands hold 6 billion base pairs of nucleotides connected byhydrogen bonds. To store the research data, 1 byte of capacity is used for each base pair.

As a result, 6 GB of data capacity is needed to store the genetic information of just oneperson. The project plans to use network-attached storage (NAS) clusters.

In addition to genetic information, the project will ask volunteers to provide detailedinformation about their traits so that researchers can find correlations between traits andgenes. Volunteers will also provide their medical records. Storage will be required forthese data sets and the raw nucleotide data.