What are the implications, in the context of ANFC, when a set of LLs are connected to the pendant nodes in a weighted network? How do you realize the MaxCap-based LL addition in an unweighted network? Create an unweighted random network of 10 nodes and add three LLs based on the MaxCap strategy.
What will be an ideal response?
A pendant node can be considered as a terminal node in a network. Hence, minimal amount of
traffic reaches to a pendant node and thus, it may not contribute significantly when enhancing
the network flow capacity is concerned. When a set of LLs are added to a pendant node, the
ANFC value may not be improved compared to the situation when a few LLS are added to
the other non-pendant nodes in the network.
The working of MaxCap is identical in the context of unweighted network. The unweighted
network can be considered as a special case of weighted network where each link has unit
weight.
In this part, we need to create an ER graph of 10 nodes (unweighted) and apply MaxCap
algorithm to identify the LL-locations in the network. This part needs to be solved by writing
a computer program to identify three LL locations.
You might also like to view...
Analyze the following code fragments that assign a boolean value to the variable even.
``` Code 1: if (number % 2 == 0) even = true; else even = false; Code 2: even = (number % 2 == 0) ? true: false; Code 3: even = number % 2 == 0; ``` a. Code 2 has a compile error, because you cannot have true and false literals in the conditional expression. b. Code 3 has a compile error, because you attempt to assign number to even. c. All three are correct, but Code 1 is preferred. d. All three are correct, but Code 2 is preferred. e. All three are correct, but Code 3 is preferred.
Which of the following is not a possible value for the VALIGN attribute?
(a) top (b) center (c) bottom (d) baseline
A visual weighted list is known as a tag cloud.
Answer the following statement true (T) or false (F)
The famous study entitled "Protection Analysis: Final Report" focused on a project undertaken by ARPA to understand and detect __________ in operating systems security.
A. bugs B. vulnerabilities C. malware D. maintenance hooks