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.
I'm trying to solve a recurrence relation to find out the complexity of an algorithm using the Master Theorem and …
algorithm complexity-theory big-o recurrence master-theoremWikipedia says on A* complexity the following (link here): More problematic than its time complexity is A*’s memory usage. …
algorithm artificial-intelligence graph complexity-theory a-starFor a research paper, I have been assigned to research the fastest algorithm for computing the determinant of a matrix. …
algorithm matrix complexity-theory linear-algebra determinantsWe are to solve the recurrence relation through repeating substitution: T(n)=T(n-1)+logn I started the substitution and …
recursion big-o complexity-theory recurrenceLets say I have an array as: int a[]={4,5,7,10,2,3,6} when I access an element, such as a[3], what does actually …
c arrays time constants complexity-theoryCyclomatic Complexity will be high for methods with a high number of decision statements including if/while/for statements. So …
c# design-patterns complexity-theory cyclomatic-complexityIf LinkedHashMap's time complexity is same as HashMap's complexity why do we need HashMap? What are all the extra overhead …
java hashmap complexity-theory linkedhashmapThis might sound like a stupid question, but I had a long talk with some of my fellow developers and …
regex dictionary complexity-theoryWhat is the running time of declaring an array of size n in Java? I suppose this would depend on …
java arrays complexity-theory performanceI understand that both quick sort and merge sort need O(n) auxiliary space for the temporary sub-arrays that are …
sorting complexity-theory time-complexity