Modify the LNPR algorithm such that it can be implemented when a set of bridge links is present in the network. Here, a bridge link means that one end of the link must be connected to a pendant node.
What will be an ideal response?
This is a challenge problem. One of the methods can be as follows: One can use the strategy
discussed in Section 3.4.4 (see LInE) to calculate APL values for disconnected network and
then estimates the scaling factor for the network. Rest of the procedure can be followed as
discussed in LNPR-based non-persistent LL creation algorithm
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Consider a class that uses the following variables to implement an array-based stack:
``` String [] s = new String[100]; int top = 0; ``` A) if (top == 0) throw new RuntimeException("Underflow"); top--; String temp = s[top]; s[top] = null; return temp; B) if (top == 0) throw new RuntimeException("Underflow"); String temp = s[top]; top--; s[top] = null; return temp; C) if (top == 0) throw new RuntimeException("Underflow"); return s[top-1]; top--; s[top] = null; D) top--; return s[top];
The Heading 1 style uses a ________ pt font
A) 10 B) 12 C) 14 D) 16
Motherboards use memory slots to provide additional I/O devices
Indicate whether the statement is true or false
A user wants to charge a smartphone by plugging it into a USB hub used by a keyboard and a mouse. Which of the following issues would prevent this from working?
a. Hub is self-powered b. Hub is bus-powered c. Smartphone not compatible with USB charging d. None of the above.