Answer:
3D Printing Molecules.
Adaptive Assurance of Autonomous Systems.
Neuromorphic Computing (new types of hardware) and Biomimetic AI.
Limits of Quantum Computing: Decoherence and use of Machine Learning.
Ethically Trustworthy AI & Anonymous Analytics.
Explanation:
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.
Answer:
A) fuzzer
Explanation:
From the question, we are informed that Allen needs a program that injects automatically semi-random data into a program or stack and detects bugs. In this case,he will use a fuzzer. A fuzzer can be regarded as a program that gives in a semi-random data to a program/stack, and it will detect bug. fuzzing testing can be regarded as
software testing process which discover bugs in the software, this is done automatically by giving in input of randomized data to the computer program. Generation of data is done by a generator, while vulnerability identification depends on the tools use in the debugging process.
