hustcc/JS-Sorting-Algorithm
JS Sorting Algorithm
This project is a JavaScript sorting algorithm library and educational programming resource. It provides a collection of classic sorting implementations designed to teach the logic behind common data ordering techniques.
The project serves as a technical reference guide, offering implementations of various sorting methods alongside explanations of their time and space complexity. It focuses on the application of fundamental computer science patterns within a JavaScript environment.
The library covers a wide range of sorting algorithms, including comparison-based methods like quicksort, merge sort, and heapsort, as well as distribution-based techniques such as radix sort and bucket sort. It also includes basic iterative implementations like bubble sort and insertion sort.
Features
- Educational Programming Resources - Serves as a documented set of implementations designed to teach the logic behind common data ordering techniques.
- Classic Array Sorting Algorithms - Provides a comprehensive library of classic array sorting algorithms for educational and practical use.
- Sorting Algorithms - Provides a technical comparison of various sorting methods based on their time and space complexity.
- JavaScript Implementations - Provides fundamental computer science sorting algorithms implemented specifically in JavaScript for learning.
- Bubble Sorts - Implements a bubble sort algorithm that repeatedly swaps adjacent elements to order a sequence.
- Bucket Sorts - Implements a bucket sort algorithm that distributes elements into containers based on value ranges.
- Counting Sorts - Implements a counting sort algorithm that determines positions by calculating value frequencies.
- Heap Sorts - Implements a heapsort algorithm that utilizes a binary heap structure to extract extreme values.
- Insertion Sorts - Implements an insertion sort algorithm that iteratively builds a sorted sequence by inserting elements.
- Merge Sorts - Implements a merge sort algorithm that recursively divides and merges lists to achieve order.
- Quicksorts - Implements a quicksort algorithm that uses recursive partitioning around a pivot for high performance.
- Radix Sorts - Implements a radix sort algorithm that orders data by processing individual digits or bits.
- Selection Sorts - Implements a selection sort algorithm that repeatedly finds the minimum element from an unsorted section.
- Shell Sorts - Implements a shell sort algorithm that sorts sub-lists using decreasing intervals to improve efficiency.
- Sorting Algorithms - Provides educational implementations and analysis of classic sorting algorithms for study.
- Divide And Conquer Algorithms - Implements recursive divide-and-conquer algorithms such as merge sort and quicksort to optimize time complexity.
- Sorting Algorithm Tutorials - Offers a reference guide explaining the mechanics and complexity of various sorting algorithms.
- In-Place Sorting Algorithms - Implements memory-efficient sorting algorithms that rearrange elements directly within the original array.
- Distribution-Based Sorting Logic - Implements non-comparative sorting techniques like bucket and radix sort using distribution mapping.
- Priority Heaps - Provides a priority heap implementation used for identifying and extracting extreme values during sorting.
- Comparison-Based Sorting Implementations - Implements a collection of sorting algorithms that order elements through pairwise binary comparisons.
- Algorithms and Data Structures - Guide to classic sorting algorithms with implementations.
Star history
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