Answer:
The process approach
Explanation:
In knowledge management, <em>three approaches</em> exist. They are:
- The Process Approach
- The Practice Approach
- The best practices Approach.
- <em>The Process Approach</em>: In this approach technologies, processes, controls are formalized to systematize organizational knowledge. This implies that heavy IT investments (such as groupware, support tools, repositories, etc.) are made to optimize the speed and quality of knowledge creation and distribution within the organization.
- <em>The Practice Approach:</em> This approach considers organizational knowledge as tacit, which means that knowledge that is passed is difficult to document. The use of technology, processes, and controls does not apply to this approach, unlike the process approach. Knowledge moves through the organization through a person-to-person contact manner.
- <em>The Best Practices Approach:</em> This is a dynamic approach to adopt the best methods and activities necessary for meeting organizational goals.
The Process approach is the knowledge management approach that capitalizes on tacit knowledge and requires heavy IT investment.
This is false negative. To be marked for alert.
<u>Explanation:</u>
The network administrator or network engineer when he or she is analyzing IDS logs and founded the ip address is same on source and destination both in outside side.
So the either TCPIP address has to change to be scanned across the network. Since same IP address is same pinging rate will high and pinging the same workstation or desktop or laptop.
Alert will not generate because both tcpip address same and if pinging is success. Ids logs generates based true negative, true positive and false positive will not generate any alert.
Answer:
give following examples please
Answer:
//C++ code for the cash register..
#include <iostream>
#include<vector> //including vector library
using namespace std;
int main() {
vector<float> cash; //declaring a vector of type float.
float item=2,cash_sum=0;
int counter=1;
while(item!=0)//inserting prices in the vector until user enters 0...
{
cout<<"Enter the price of item "<<counter<<" :"<<endl;
cin>>item;
counter++;
cash.push_back(item);//inserting element in the vector...
}
for(int i=0;i<cash.size();i++)//looping over the vector...
{
cash_sum+=cash[i];//summing each element..
}
cash_sum*=1.08;//adding 8% sales tax.
cout<<cash_sum;//printing the result....
return 0;
}
Explanation:
I have taken a vector of type float.
Inserting the price of each item in the vector until user enters 0.
Iterating over the vector for performing the sum operation.
Then after that adding 8% sales tax to the sum.
Printing the output at last.