Data Structure & Algorithms
  • 🖌️Unlocking the Power of Algorithms with C#
  • Data Structure
    • Data Structure
    • Big O
    • Array
    • Linked Lists
    • Stacks
    • Queues
    • Hash Tables
    • Trees
    • Graphs
    • Heap Sort
    • ParkingLot Algorithm
    • LRU cache
    • Priority Queue
  • Algorithms
    • Algorithm
    • Recursion
    • Sorting
    • Searching
    • Dynamic Programming
  • Problems
    • Array
      • Two Sum
      • Two Sum II - Input Array Is Sorted
      • Contains Duplicate
      • Maximum Subarray
      • House Robber
      • Move Zeroes
      • Rotate Array
      • Plus One
      • Find number of subarrays with even length
      • Find number of subarrays with even sum
      • Find Missing Element
      • Reduce Array Size to The Half
      • Remove Duplicates
      • Merge Sorted Arrays
      • Arrays Intersection
      • 3Sum
      • Trapping Rain Water
      • Maximum sum of a subarray
      • Longest Subarray
      • Subarray Sum Equals K
      • Container With Most Water
      • Missing Number
      • Roman to Integer
      • First Missing Positive
      • Unique Integers That Sum Up To 0
      • Integer to Roman
      • Flatten
    • String
      • Check if two strings are permutation of each other
      • String Compression
      • Palindrome Permutation
      • Determine if a string has all Unique Characters
      • One Away
      • Longest Substring Without Repeating Characters
      • Valid Palindrome
      • Valid Palindrome II
      • Backspace String Compare
      • First Unique Character in a String
      • Is Subsequence
      • URLify a given string
      • String has same characters at same position
      • Number of Ways to Split a String
      • Check whether two Strings are anagram of each other
      • Print last `n` lines of a big file or big string.
      • Multiply Strings
    • Matrix
      • Search a 2D Matrix
      • Search a 2D Matrix II
      • Rotate Matrix
      • Spiral Matrix
      • Set Matrix Zeroes
    • Bit Manipulation
      • Sum of Two Integers
      • Reverse Number
      • Reverse Number II
      • Binary Bits Count
      • Binary Bits Count II
    • Stack
      • Valid Parentheses
      • Balance or not expression
      • Decode String
    • Tree
      • Binary Tree Inorder Traversal
      • Binary Tree Preorder Traversal
      • Binary Tree Postorder Traversal
      • Binary Tree Level Order Traversal
      • Binary Tree Return All Root-To-Leaf Paths
      • Binary Tree Height-Balanced
      • Valid Binary Search Tree
      • Binary Tree Sum of all left leaves.
    • Linked List
      • Linked List Delete Middle Node
      • Merge Sorted Linked List
      • Reverse Linked List
      • Remove Duplicates from Sorted List
      • Remove Duplicates from Unsorted List
      • Linked List Cycle
    • Graph
      • The Number Of Islands
      • Number of Closed Islands
      • Max Area of Island
      • Rotting Oranges
      • Number of Provinces
      • Course Schedule
      • Surrounded Regions
      • Snakes and Ladders
      • Widest Path Without Trees
      • Knight Probability in Chessboard
      • Possible moves of knight
      • Check Knight Tour Configuration
      • Steps by Knight
      • Network Delay Time
    • Greedy
      • Best Time to Buy and Sell Stock
      • Best Time to Buy and Sell Stock II
      • Smallest Subset Array
      • Jump Game
    • Backtracking
      • Towers of Hanoi
      • Subsets
      • Combination Sum
      • Sudoku Solver
      • Word Search
    • Heap
      • Kth Largest Element in an Array
      • Top K Frequent Elements
    • Sorting
      • Order Colors String
    • Recursion
      • Number To Text
      • Divide Number
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Unlocking the Power of Algorithms with C#

Welcome to a world where efficiency and elegance meet problem-solving prowess! This book is your gateway to mastering the art of algorithm design and implementation using the powerful C# programming language.

Within these pages, you'll discover the transformative power of algorithms and how they can revolutionize your approach to programming:

Harness the Power of Algorithms:

  • Solve Challenges with Precision: Learn to tackle a diverse range of programming challenges effectively and efficiently.

  • Build Solutions with Confidence: Gain the tools to create robust and well-structured algorithms for any task.

  • Master Problem-Solving Techniques: Explore fundamental algorithm design strategies, such as divide and conquer, recursion, and dynamic programming.

Enhance Your C# Expertise:

  • Sharpen Your Skills: Deepen your understanding of C# syntax, data structures, and programming paradigms.

  • Write Clear and Efficient Code: Implement algorithms in C# with clarity and precision.

  • Apply Concepts Practically: Solve real-world problems and build practical applications.

Explore a Rich Landscape of Algorithms:

  • Sorting and Searching: Discover efficient ways to organize and retrieve data.

  • Data Structures: Learn how to manage and manipulate data using arrays, lists, stacks, queues, trees, and graphs.

  • Graph Algorithms: Navigate the complexities of networks and relationships.

  • String Algorithms: Master the art of text processing and pattern matching.

  • Dynamic Programming: Tackle optimization problems with a clever approach.

Embarking on a Journey of Algorithmic Mastery:

This book is designed for those who seek to:

  • Enhance their C# programming skills.

  • Develop a deep understanding of algorithms and their applications.

  • Prepare for technical interviews and coding challenges.

  • Build a solid foundation for a career in software development.

Are you ready to unlock the power of algorithms and elevate your programming skills? Turn the page and let the journey begin!

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Last updated 10 months ago

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