Computational complexity theory is a branch of the theory of computation in theoretical computer science and mathematics that focuses on classifying computational problems according to their inherent difficulty.
Assume I have two algorithms: for (int i = 0; i < n; i++) { for (int j = 0; j < n; j++) { //do …
big-o complexity-theory time-complexityIn an extract from my textbook it says that reducing the value of K when running this algorithm actually increases …
algorithm artificial-intelligence complexity-theory nearest-neighborI can think of sorting them and then going over each element one by one but this is nlogn. Is …
algorithm list count complexity-theory distinct-valuesI am trying to solve a bigger problem, and I think that an important part of the program is spent …
c++ algorithm math complexity-theory discrete-mathematicsWhat is the difference in CPU cycles (or, in essence, in 'speed') between x /= y; and #include <cmath> …
c++ complexity-theory sqrt cpu-cycles cpu-timeI've seen several places that have simply stated that it's known that P is a subset of the intersection of …
algorithm complexity-theory theory npI was wondering if anyone could explain the A* time complexity. I am using a heuristic that uses euclidean distance …
time complexity-theory a-starWhat is the clearest explanation of what computer scientists mean by "the naive implementation"? I need a good clear example …
language-agnostic complexity-theorySome pseudocode here (disregard my style) Starting from v1(enqueued): function BFS(queue Q) v2 = dequeue Q enqueue all unvisited …
algorithm complexity-theory breadth-first-searchI have a course called Algorithm Analysis at college, where we're currently studying the different complexity classes -- P, NP, …
computer-science theory complexity-theory computation-theory