CIS 312 Week 10 Term Paper
CIS 312 Week 10 Term Paper Click Link Below To Buy: https://hwaid.com/shop/cis-312-week-10-term-paper/ Contact Us: [email protected] CIS 312 Week 10 Term Paper – IBM Supercomputer, Watson In February 2011, Watson, the IBM Supercomputer defeated Jeopardy’s titans of trivia Ken Jennings and Brad Rutter on TV in front of perhaps millions of Jeopardy fans. Watson is a sophisticated computer system that uses natural language processing and artificial intelligence to answer questions. Watson is able to access 200 million pages of structured and unstructured content stored in four terabytes of disk storage. Watson is made up of a cluster of ninety IBM Power 750 servers with a total of 2880 POWER7 processors and 16 TB of RAM. Watson is now being applied to help with medical diagnoses for WellPoint (http://prn.to/nqKrel), help analyze customer needs and process financial, economic and client data for Citigroup (http://buswk.co/zUUUOF), and other areas. Write an eight to ten (8-10) page paper in which you: Study and closely examine the following Watson hardware components: 1. Processors – Watson uses close to 3,000 processors to execute instructions and process data. a. Explain how using 3,000 processors benefits Watson’s computing capabilities. b. Determine whether or not doubling, tripling, or quadrupling the number of processors would have an effect. Explain why or why not. 2. RAM – Watson uses 16 terabytes of Random Access Memory. a. Determine whether large amounts of RAM help Watson process data pages faster. b. Predict the possible effects of doubling the amount of Watson’s RAM. 3. Networking – Watson uses a cluster of servers that requires a communication network. Explain the requirements for the communication network between the servers in terms of throughput, transmission speed, and protocols for reliability. 4. Disk storage – Watson analyzes a large number of pages per unit time to extract analytic information. Explain how Watson is able to store large amounts of data. Include the disk space requirements, the access times for reading and writing, throughput, and disk architecture. Related
