3.Consider this graph data: - Jessica's buddy list: Meghan, Alan, Martin. - Meghan's buddy list: Alan, Lori. - Toni's buddy list: Lori, Meghan. - Martin's buddy list: Lori, Meghan. - Alan's buddy list: Martin, Jessica. - Lori's buddy list: Meghan. a. Compute the in/out degree of each vertex. Is the graph connected? b. Who is the most popular? Least? Who is the most antisocial? c. If we're having a party and want to distribute the message the most quickly, who should we tell first?
3.Consider this graph data: - Jessica's buddy list: Meghan, Alan, Martin. - Meghan's buddy list: Alan, Lori. - Toni's buddy list: Lori, Meghan. - Martin's buddy list: Lori, Meghan. - Alan's buddy list: Martin, Jessica. - Lori's buddy list: Meghan. a. Compute the in/out degree of each vertex. Is the graph connected? b. Who is the most popular? Least? Who is the most antisocial? c. If we're having a party and want to distribute the message the most quickly, who should we tell first?
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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3.Consider this graph data:
- Jessica's buddy list: Meghan, Alan, Martin.
- Meghan's buddy list: Alan, Lori.
- Toni's buddy list: Lori, Meghan.
- Martin's buddy list: Lori, Meghan.
- Alan's buddy list: Martin, Jessica.
- Lori's buddy list: Meghan.
a. Compute the in/out degree of each vertex. Is the graph connected?
b. Who is the most popular? Least? Who is the most antisocial?
c. If we're having a party and want to distribute the message the most quickly, who should we tell first?
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