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.
What is the difference between Big-O notation O(n) and Little-O notation o(n)?
algorithm time-complexity big-o asymptotic-complexity little-oI am calculating time complexity for kruskal algorithm like this (Please see the algorithm in the Image Attached) T(n) = …
algorithm time-complexity graph-algorithm asymptotic-complexity kruskals-algorithmRecently I came across one interesting question on linked list. Sorted singly linked list is given and we have to …
algorithm data-structures linked-list binary-search asymptotic-complexityI want to understand how to arrive at the complexity of the below recurrence relation. T(n) = T(n-1) + T(…
algorithm complexity-theory time-complexity recurrence asymptotic-complexityAn O(n) algorithm to detect if a line intersects a convex polygon consists in checking if any edge of …
algorithm line computational-geometry asymptotic-complexity convex-polygonAre there any resources about the asymptotic complexity (big-O and the rest) of methods of .NET collection classes (Dictionary<…
.net collections big-o asymptotic-complexityImagine you're in a tall building with a cat. The cat can survive a fall out of a low story …
algorithm language-agnostic dynamic-programming asymptotic-complexityNotice that I am asking for little-o here (see similar question here) - for big Oh it's clearly wrong - …
computer-science asymptotic-complexity little-oIts a exercise that ask to indicate the class Big-Theta(g(n)) the functions belongs to and to prove the …
asymptotic-complexity inequality big-thetaI'm having trouble with this one problem 9n <= cn^3 basically I can get down to 9/c <= n^2 But …
algorithm big-o notation asymptotic-complexity little-o