Design a linear-time algorithm to eliminate each vertex v

Assignment Help Basic Computer Science

Reference no: EM131366359

Design a linear-time algorithm to eliminate each vertex v of degree 2 from a graph by replacing edges (u, v) and (v,w) by an edge (u, w). We also seek to eliminate multiple copies of edges by replacing them with a single edge. Note that removing multiple copies of an edge may create a new vertex of degree 2, which has to be removed, and that removing a vertex of degree 2 may create multiple edges, which also must be removed.

Reference no: EM131366359

Questions Cloud

Evaluate potential solutions to mitigate or eliminate risk : List at least three risks that may occur, and evaluate potential solutions to mitigate or eliminate the risk. You should have a least one human management risk and one resource or materials risk.

Climate is changing : Some people you know say they don't believe that the climate is changing. After this week's readings, how would you respond? Write a 525- to 700-word response including:

Write the summary of the article as soon as possible : Write the summary of the article as soon as possible - Trump supporters call to boycott Pepsi over comments the CEO never made by Shannon Gupta

Write a paper about the civil warand make a argument : Write a paper about the Civil Warand make a argument for why it was necessary. It must be double-spaced, and include a cover page with your name, course number and course title, instructor's name, and date.Paper should include a thesis statement,..

Design a linear-time algorithm to eliminate each vertex v : Note that removing multiple copies of an edge may create a new vertex of degree 2, which has to be removed, and that removing a vertex of degree 2 may create multiple edges, which also must be removed.

What are the mission vision and values of the organization : What are the mission, vision, and values of this organization? What have you learned about the importance and function of an organization's mission, vision, and values?

Prevention of disease through vaccination : Prevention of Disease through Vaccination. Choose a diseases/disorder that you learned about this week that can be prevented through vaccination.

Describe a specific instance of leadership : Describe a specific instance of leadership you or some other leader displayed when performing a figurehead, leader, or liaison role. For each of the three roles, be sure to identify the leader, the role by its name, and the specific instance

Find the number of different shortest paths : Let v and w be two vertices in a directed graph G = (V,E). Design a lineartime algorithm to find the number of different shortest paths (not necessarily vertex disjoint) between v and w. Note: the edges in G are unweighted.

User Account

All Pages