There are many algorithms run inO(n {log n}^k)-time, where k>1. It would be very helpful if you could provide me some reference about any problem
An algorith with size n=100 takes 21 seconds to run. With size n=1000 it takes 31 seconds and with n=10000 takes 41 seconds to run. What is the running complexity?
int main() { int n ; std::cin >> n开发者_高级运维; // or scanf (\"%d\", &n); int temp; if( n ==1 ) temp = 1; // if n is 1 number is power of 2 so temp = 1
I got a theoretical question, will appreciate if you advise me here. Say, we have these two pieces of code.
This question already has answers here: Computational complexity of Fibonacci Sequence 开发者_如何学Go(12 answers)
What is the time co开发者_开发问答mplexity of the String#substring() method in Java?New answer
This question already has answers here: Closed 12 years ago. 开发者_如何学CPossible Duplicate: How to find the kth smallest element in the union of two sorted arrays?
I\'m trying to figure out the time complexity of a function that I wrote (it generates a power set for a given string):
I found strand sort very appealing to sort singly linked lists in constant space, because it is much faster than for example insertion sort.
Since i\'m working around time complexity, i\'ve been searching through the oracle Java class library for the time complexity of some standard methods used on Lists, Maps and Classes. (more specifical
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