Answer and Explanation:
A TM with doubly infinite tape can simulate an ordinary TM. It marks the left-hand end of the input to detect and prevent the head from moving off of that end. To simulate the doubly infinite tape TM by an ordinary TM, we show how to simulate it with a 2-tape TM, which was already shown to be equivalent in power to an ordinary
TM. The first tape of the 2-tape TM is written with the input string, and the second tape is blank. We cut the tape of the doubly infinite tape TM into two parts, at the starting cell of the input string. The portion with the input string and all the blank spaces to its right appears on the first tape of the 2-tape TM. The portion to the left of the input string appears on the second tape, in reverse order.
Answer:
b) one needs to follow through all phases, assessment, design, deploy and manage security
Explanation:
The security life cycle is a process in which it involves the security artifacts for developing the software through a lifecycle. It contains a detailed plan that derives how to create an application form
At the time when the requirements and activity related to design is finished the next step is the software implementation. In this, the developers begins with the coding as per the requirements and designs discussed in the last step
Therefore according to the given options, the second option is correct
import java.util.Scanner;
public class InchesToFeetInteractive
{
public static void main(String[] args) {
Scanner scan = new Scanner(System.in);
final int INCHES_IN_FOOT = 12;
int inches = scan.nextInt();
int feet;
int inchesLeft;
feet = inches / INCHES_IN_FOOT;
inchesLeft = inches % INCHES_IN_FOOT;
System.out.println(inches + " inches is " +
feet + " feet and " + inchesLeft + " inches");
}
}
We import the Scanner class and then initialize a new Scanner named scan. We then get an integer representation of inches from the user and calculate the feet and inches from the value entered by the user.
Answer:
a. NIDS focuses more on analyzing incoming traffic, while an HIDS monitors valuable OS files
Explanation:
Intrusion detection system is used in analyzing, detecting, and raising alarm on suspicious network activities used by hackers to access unauthorized sites. Network intrusion detection system is meant to work in real-time, so as to analyze incoming traffic. Packets moving across the network are evaluated for threats.
Host intrusion detection system work within the operating system of the device to evaluate the history of system files that could contain threats, or unusual file permission changes, and then raise an alarm.
