I have read many explanations of amortized analysis and how it differs from average-case analysis. However, I have not found a single explanation that ...
I have read many explanations of amortized analysis and how it differs from average-case analysis. However, I have not found a single explanation that ...
Consider the simple expression: c = ((a * b) / (x * y)) * sqrt(a * b + 1 + x * y) The computer only needs to calculate a * b and x * y once, but eva ...
My goal is to write an algorithm that checks if an unsorted array of positive integers contains a value x and x^2 and return their indices if so. I've ...
Update: this question is how can we use amortized analysis for immutable collections? Scala's immutable queue is just an example. How this immutable q ...
From the materials found in the web, it seems Python list does not double the capacity when the list is full. https://medium.com/analytics-vidhya/amor ...
I was trying to find the amortized time complexity of my algorithm ,but when I exported the data to a csv file and drew a graph this is what I came up ...
Hi How can I find the amortized cost of constant increment in data structure for example, if the increment of size of the array by 1000 ie ( from N -& ...
I couldn't understand this question, could someone who knows about this issue show me the solution? Priest Francis, responsible for ringing the bells ...
I’d like to perform amortized analysis of a dynamic array: When we perform a sequence of n insertions, whenever an array of size k fills up, we reallo ...
Everywhere I see (on SO and other sources), amortized analysis is usually applied for data structures only. For example for dynamic array or splay tre ...
I'm trying to do an amortized analysis of a fibonacci heap using the potential method. I'm struggling with understanding the analysis of the pop min / ...
I'm looking for a data structure that will let me perform the operations I need efficiently. I expect to traverse a loop between 1011 and 1013 times s ...
I know that when you resize an array by a scalar (like doubling the length of the array, then copying all elements into the new big array) the amortiz ...
I have read about the accounting and the potential methods but I still having trouble solving such questions: ...
Let's Suppose we perform a sequence of operations (i.e., top, push, and pop) on an initially empty stack so that the stack size does not exceed k. Aft ...
I'm not sure that my understanding about amortized analysis is correct. For example if we have a amortized cost that is O(1) and make m operations tha ...
I solved the first part of the question but stuck at the second part. I have an elevator and want to support the following: Init() Set the elevator ...
My professor showed the following problem in class and mentioned that the answer is O(1) while mine was quit different, I hope to get some help knowin ...
I ran into an interview question recently. no additional info is given into question (maybe default implementation should be used...) n arbitrary ...
Splay Tree insert / delete can be done in different ways . One popular way is to insert the key and splay it to the root . But there is also a differe ...