Answer:
When designing a cache, you have to consider this things:
If the cache has a bigger block size may have a lower delay, but when miss the miss rate will be costly. If an application has high spatial locality a bigger block size will do well, but programs with poor spatial locality will not because a miss rate will be high and seek time will be expensive.
Answer:
ECC RAM
Explanation:
ECC RAM is the most popular Random Access Memory out there that is used by most business servers. Dealing with big data for most huge businesses is crucial. The need to prevent loss of data requires that they purchase ECC RAM. ECC RAM automatically protects the systems from potential errors that occur in memory. Any abrupt changes in temporary data stored in ECC RAM are automatically corrected. This is achieved by an additional memory chip that acts as error detection for the other eight RAM chips.
Given 1234
i=1
user num=4#assume positive
while (user-num>=i);
print(i)
i+=1
#include <iostream>
using namespace std;
int main()
{int userNum=0;
int i=0;
userNum=4; ##assume positive
i=1;
while (i <=userNum){
cout<<i>>" ";
i=i+1;
cout <<endl;
return0;
}
