G is a planar graph with n nodes. What are the complexity of following problems? A: Does G contain a m-cycle? (m开发者_开发问答-cycle is a simple cycle with m nodes, m
So I\'m fairly new to DDD and am trying to build a scalable and flexible system for my current employer (Real Estate Agency) that will help us speed up internal company procedures.
Turing machines can consider complexity in both space (memory space on tapes) and time. There are classes such as PSPACE and EXPSPACE.
i was wondering i am having jQuery Javascript Javascript Timers CSS DIVs inside DIVs Tables inside Tables
Why are constant开发者_StackOverflow中文版s ignored in asymptotic analysis?Constant factors are ignored because running time and memory consumption (the two properties most often measured using the O-
This is a toned down version of a computer vision problem I need to solve. Suppose you are given parameters n,q and have to count the number of ways of assigning integers 0..(q-1) to elements of n-by-
Is there any efficient algorithm to find the set of edges with the following properties, in a complete weighted graph with an even number of v开发者_高级运维ertices.
I am trying to be familiar with the complexity evaluation of algorithms. In general I think that is a good/elegant practice, but in the specific I need it to express time complexity of my C++ code.
I am trying to sort an array which has properties like it increases upto some extent then it starts decreasing, then increases and then decreases and so on. Is there any algorithm which can s开发者_J
The question is t开发者_如何学运维o set up a recurrence relation to find the value given by the algorithm. The answer should be in teta() terms.
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