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How To Do Heap Sort in Rust

Heap Sort is an efficient, comparison-based sorting algorithm that uses a binary heap data structure to organize and sort elements. It is mainly known for its ability to sort data in O(n log n) time and in-place sorting nature, meaning it doesn’t require additional...

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How To Do Quick Sort in Rust

Introduction Tony Hoare introduced Quick Sort in 1960. It remains one of the most efficient and widely used sorting algorithms. Known for its average-case time complexity of O(n log n) and in-place sorting capabilities, Quick Sort is a go-to choice for sorting large...

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Binary Search: A Comprehensive Guide

Introduction Binary Search is a cornerstone algorithm in computer science, widely used for efficiently searching elements in sorted collections. Its simplicity and power make it a go-to solution for countless problems involving large datasets. In this blog post, we'll...

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How To Do Counting Sort in C++

Introduction Counting Sort is a non-comparison-based sorting algorithm that counts the occurrences of each distinct element in an array. It is particularly efficient for sorting integers when the range of values is known and relatively small. Unlike comparison-based...

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How To Do Pigeonhole Sort in C++

Pigeonhole Sort is a non-comparison-based sorting algorithm that excels when the range of the input values is small relative to the number of elements. It operates based on the pigeonhole principle, efficiently sorting elements by placing them into "holes" or "slots"...

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How To Do Cocktail Sort in C++

Introduction This post will explore how to implement Cocktail Sort in C++. Cocktail Sort, or Bidirectional Bubble Sort, is a variation of Bubble Sort that improves performance by sorting elements in both directions on each pass through the array. We will cover key...

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Senior Advisor, Data Science | [email protected] | + posts

Suf is a senior advisor in data science with deep expertise in Natural Language Processing, Complex Networks, and Anomaly Detection. Formerly a postdoctoral research fellow, he applied advanced physics techniques to tackle real-world, data-heavy industry challenges. Before that, he was a particle physicist at the ATLAS Experiment of the Large Hadron Collider. Now, he’s focused on bringing more fun and curiosity to the world of science and research online.