How many fields can the specified log processing function access in a log entry? Calculating average cache miss rates per entry using 64-byte blocks and no prefetching is done using the following code.

Which fields inside an entry in a log file will be made available to be processed by the log processing function that has been specified? The following piece of code causes an average of how many cache misses per entry, assuming that cache blocks are 64 bytes in size and that no prefetching is performed.

How many fields can the specified log processing function access in a log entry? Calculating average cache miss rates per entry using 64-byte blocks and no prefetching is done using the following code.

cache.xls (or it can be a google sheet that you share with me in a cache.txt with the url in it )= a spreadsheet showing the cycle counts of a cached and non-cached machine. Also, you need to show the cache as the memory accesses progress in your program marking the hits and misses (misses in RED). You should have cells to show how many hits and how many misses your program has, and details on what is the cache replacement policy you implemented.   Here is code:   void c_cache_for_badge() {    int na = 8, nb = -3, nc = 10;    // pointers    int *npa;      npa = (int*)malloc(sizeof(int)*84);      // init integer pointers    for(int i = 0; i < 84; i++)    {        npa[i] = i;    }        // integer pointers    for(int i = 9; i < 70; i= i + 3)    {        nb += npa[i % 5] + npa[i % 3] + npa[i % 6];    }     }   void main() {    c_cache_for_badge(); }

Which fields in a log entry will the given log processing function be able to access? Using 64-byte cache blocks and no prefetching, the following code calculates the average number of cache misses per entry.

Which fields in a log entry will the supplied log processing function access? How many cache misses per entry does the given function experience on average while using 64-byte cache blocks and no prefetching?