Benchmark a given function for variable input sizes and find out its time complexity

Classic algorithms including Fizz Buzz, Bubble Sort, the Fibonacci Sequence, a Sudoku solver, and more.

My personal repository with algorithm challenges

My solutions for Bilkent University CS202 Fundamental Structures of Computer Science homework assignments (Spring 2019).

This Java program defines two functions, howSum and improvedHowSum, to find a combination of numbers that add up to a given target sum, using a simple recursive approach and a more efficient recursive approach with memoization, respectively.

A short Java-based project that explores the problem of determining if a target sum can be achieved using elements from a given array, employing both a basic recursive approach and an optimized version using memoization

Algorithm&Complexity course by Prof. Xiaofeng Gao in SJTU CS including slides, assignments and project of Group Tour-Recommendation

Алгоритмы: Материалы для экзамена.

This project is a C program designed to classify triangles based on their side lengths as Equilateral, Isosceles, Scalene, or Invalid and calculate the area for valid triangles, aimed at demonstrating basic geometric and mathematical concepts in programming.

A performance comparison between different sorting algorithms

Tired of searching for complexities in those huge reference books and Googling all over the internet, just for knowing a complexity of a particular Data Structure or Algorithm? This app is just for you! Yes! Complexities are just one tap away! Yes! Don’t forget to attempt the amazing quiz provided. Compete against yourself! Your high score is re…

Java implementation of some well known algorithms used for learning and understanding how those algorithms work

Membandingkan kompleksitas algoritma sorting : BubbleSort dan MergeSort

A Clojure project that solves the fraud problem

A simple program demonstrating O(n*log(n)) search on a monotonic matrix, versus the O(n**2) search required for a non-monotonic matrix.

Java program that plays with some concepts related to graph algorithms and their complexities.

Objectives: given a problem statement design, debug and test a Java program that efficiently solves the problem; write programs that effectively implement arrays, maps, linked lists, trees, and graphs; and evaluate the time and space complexity of iterative and recursive algorithms using empirical and mathematical analysis. Official course grade: A

Comparison of sorting methods (QuickSort, HeapSort and MergeSort)

Membandingkan 2 strategi algoritma : Brute Force (implementasi SelectionSort) dan Divide and Conquer (MergeSort)