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A vertex cover of a graph G = (V,E) is a subset of vertices V such that each edge in E is incident on at least one vertex of V .
(a) Give an efficient algorithm to find a minimum-size vertex cover if G is a tree.
(b) Let G = (V,E) be a tree such that the weight of each vertex is equal to the degree of that vertex. Give an efficient algorithm to find a minimum-weight vertex cover of G.
(c) Let G = (V,E) be a tree with arbitrary weights associated with the vertices. Give an efficient algorithm to find a minimum-weight vertex cover of G.
Use M = 5, or prepare five imputed data sets during this step, and be sure to use a seed value so that your results can be replicated at a later time.
Describe the differences and similarities of an attack of convenience and a targeted attack. Implement countermeasures to social and reverse social engineering attacks.
February 1 and the second for $30,000 on August 1. Before consideration of the distributions, the corporation has $18,000 in current earnings and profits and $21,000 of accumulated earnings and profits. How much of the second distribution is taxab..
Assume that tourism has been selected as the preferred industry to be developed. What type of tourism should be adopted? Describe examples of F&B, accommodation, transportation, attractions and events that suit the approach that you have recommend..
A matching in a graph is a set of disjoint edges-i.e., edges that do not share any vertices in common. Give a linear-time algorithm to find a maximum matching in a tree.
What are the differences among a unary relationship, a binary relationship, and a ternary relationship?
That way, you won't need to abort the calculation of a sequence when it turns out that an edge from one city to the next does not exist; any total greater than infinity is an impossible route. Also, don't worry about eliminating symmetrical routes..
Instructions for completing this assignment are presented in this course guide.
Your organizations has invested huge amounts of resources on Data over the years. There are many databases, legacy systems, reporting applications, mix of in-house developed and off-the shelf software.
Write a program that accepts a sequence of average daily temps and computes the running total of cooling and heating degree-days. The program should print these two totals after all the data has been processed.
Then apply the brighter method and print the red, green, and blue values of the resulting color. (You won't actually see the color-see the next exercise on how to display the color.)
1.Make a list of the field names and field types you plan to include in the table. What fields are you going to put in this table? What are their field types? Would it make sense to reduce any of the field sizes? Do you need to add captions?
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