The best method in network security to prevent intrusion are:
In the above case, the things to do is that one needs to focus on these areas for a a good network design. They are:
Therefore, The best method in network security to prevent intrusion are:
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Answer:
There are many benefits to be gained from network segmentation, of which security is one of the most important. Having a totally flat and open network is a major risk. Network segmentation improves security by limiting access to resources to specific groups of individuals within the organization and makes unauthorized access more difficult. In the event of a system compromise, an attacker or unauthorized individual would only have access to resources on the same subnet. If access to certain databases in the data center must be given to a third party, by segmenting the network you can easily limit the resources that can be accessed, it also provides greater security against internal threats.
Explanation:
Answer:
View Images.
Image1 = the code
Image2 = testcase 1
Image3 = testcase 2
Image4 = testcase 3
Answer:hackers
Explanation:
Answer:
// Application in java.
// package
import java.util.*;
// class definition
class Main
{
// method for calculating interest
public static float calculateInterest(float start_bal,float i_Rate)
{
// calculate return
float return_Amount=start_bal+(start_bal*(i_Rate/100));
// return
return return_Amount;
}
// main method of the class
public static void main (String[] args) throws java.lang.Exception
{
try{
// scanner Object to read the input
Scanner sc = new Scanner(System.in);
// variables
float start_bal;
float i_Rate=5;
// ask to enter start money
System.out.print("Enter start money:");
// read start money
start_bal=sc.nextFloat();
// call the function and print the return amount
System.out.println("5% interest earned on $" + start_bal + " after one year is $" + calculateInterest(start_bal,i_Rate));
}catch(Exception ex){
return;}
}
}
Explanation:
Declare and initialize interest rate with 5.Then read the start money from user.Then call the method calculateInterest() with parameter start_bal and i_Rate.It will calculate the return amount after 1 year.Print the returned amount in main method.
Output:
Enter start money:1500
5% interest earned on $1500.0 after one year is $1575.0
Answer:
(III) machines don't strike or file grievances.
(IV) machines are always less expensive than human labor.
Explanation:
The advantage of automation among the option is:
(III) machines don't strike or file grievances - Machine has the advantage of not going on strike or filing grievances. It just obey instruction. Strike are human way of showing grievances. With automation, there is no issue of strike or filing for grievance.
(IV) machines are always less expensive than human labor - Machines as a means of automation are very cheap when compared to human labor. The only added cost for machine is the added cost after the cost of purchase. For human labor, the cost is not fixed or predictable.
Answer:
Sample output:
Enter integer 3232423
true
Enter integer 12131231
false
Explanation:
Above is the output of the program and for the solution check the screenshots attach to understand clearly the program.
Thanks
Answer:
#include <iostream>
#include <string>
using namespace std;
int main() {
string inputMonth;
int inputDay;
cin >> inputMonth >> inputDay;
if (inputMonth == "January" && inputDay >= 1 && inputDay <= 31)
cout << "Winter" << endl;
else if (inputMonth == "February" && inputDay >= 1 && inputDay <= 29)
cout << "Winter" << endl;
else if (inputMonth == "April" && inputDay >= 1 && inputDay <= 30)
cout << "Spring" << endl;
else if (inputMonth == "May" && inputDay >= 1 && inputDay <= 30)
cout << "Spring" << endl;
else if (inputMonth == "July" && inputDay >= 1 && inputDay <= 31)
cout << "Summer" << endl;
else if (inputMonth == "August" && inputDay >= 1 && inputDay <= 31)
cout << "Summer" << endl;
else if (inputMonth == "October" && inputDay >= 1 && inputDay <= 31)
cout << "Autumn" << endl;
else if (inputMonth == "November" && inputDay >= 1 && inputDay <= 30)
cout << "Autumn" << endl;
else if (inputMonth == "March" && inputDay >= 20 && inputDay <= 31)
cout << "Spring" << endl;
else if (inputMonth == "June" && inputDay >= 1 && inputDay <= 20)
cout << "Spring" << endl;
else if (inputMonth == "June" && inputDay >= 21 && inputDay <= 30)
cout << "Summer" << endl;
else if (inputMonth == "September" && inputDay >= 1 && inputDay <= 21)
cout << "Summer" << endl;
else if (inputMonth == "September" && inputDay >= 22 && inputDay <= 30)
cout << "Autumn" << endl;
else if (inputMonth == "December" && inputDay >= 0 && inputDay <= 20)
cout << "Autumn" << endl;
else if (inputMonth == "December" && inputDay >= 21 && inputDay <= 30)
cout << "Winter" << endl;
else if (inputMonth == "March" && inputDay >= 1 && inputDay <= 19)
cout << "Winter" << endl;
else
cout << "Invalid" << endl;
return 0;
}
Answer:
FOR PYTHON!!
input_month = input()
input_day = int(input())
months= ('January', 'February','March', 'April' , 'May' , 'June' , 'July' , 'August' , 'September' , "October" , "November" , "December")
if not(input_month in months):
print("Invalid")
elif input_month == 'March':
if not(1<=input_day<=31):
print ("Invalid")
elif input_day<=19:
print("Winter")
else:
print ("Spring")
elif input_month == 'April' :
if not(1<=input_day<=30):
print("Invalid")
else:
print("Spring")
elif input_month == 'May':
if not(1<=input_day<=31):
print("Invalid")
else:
print("Spring")
elif input_month == 'June':
if not(1<=input_day<=30):
print("Invalid")
elif input_day<=20:
print ("Spring")
else:
print("Summer")
elif input_month == 'July':
if not(1<=input_day<=31):
print("Invalid")
else:
print("Summer")
elif input_month == 'August':
if not(1<=input_day<=31):
print("Invalid")
else:
print("Summer")
elif input_month == 'September':
if not(1<=input_day<31):
print("Invalid")
elif input_day<=21:
print ("Summer")
else:
print ("Autumn")
elif input_month == "October":
if not(1<=input_day<=31):
print("Invalid")
else:
print("Autumn")
elif input_month == "November":
if not(1<=input_day<=30):
print("Invalid")
else:
print ("Autumn")
elif input_month == "December":
if not(1<=input_day<=31):
print("Invalid")
elif input_day <=20:
print ("Autumn")
else:
print ("Winter")
elif input_month == 'January':
if not(1<=input_day<=31):
print("Invalid")
else:
print("Winter")
elif input_month == "February":
if not(1<=input_day<=29):
print("Invalid")
else:
print ("Winter")
Explanation:
Good luck in the rest of your class!