Consider the network fragment shown below. x has only two attached neighbours, w and y. The complete paths from w and y to u are not shown. 6 1 9 X 3 W ) 15 Answer the following questions (note, each question is independent of other questions): A. In the above figure, what is the distance vector of X to destination U, Dx(U)= B. In the above figure, if the link cost between X and W is now 6, calculate: Dx(U) = C. In the above figure, if the link cost between Y and W is now 2, calculate: Dx(U) =
Consider the network fragment shown below. x has only two attached neighbours, w and y. The complete paths from w and y to u are not shown. 6 1 9 X 3 W ) 15 Answer the following questions (note, each question is independent of other questions): A. In the above figure, what is the distance vector of X to destination U, Dx(U)= B. In the above figure, if the link cost between X and W is now 6, calculate: Dx(U) = C. In the above figure, if the link cost between Y and W is now 2, calculate: Dx(U) =
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Transcribed Image Text:Consider the network fragment shown below. x has only two
attached neighbours, w and y. The complete paths from w and y
to u are not shown.
6
1
9
X
3
W
)
15
Answer the following questions (note, each question is
independent of other questions):
A. In the above figure, what is the distance vector of X to
destination U,
Dx(U)=
B. In the above figure, if the link cost between X and W is now
6, calculate:
Dx(U) =
C. In the above figure, if the link cost between Y and W is now
2, calculate:
Dx(U) =
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