• Research and Study Data Structures in TypeScript:

  • Understand the commonly used data structures in TypeScript and how they are implemented.

  • Focus on how TypeScript’s strong typing system enhances the use of data structures.

• Explain Each Data Structure in TypeScript: For each data structure, provide the following details:

  • Definition: A brief explanation of the data structure.

  • Key Features: The important characteristics and behaviors of the data structure.

  • Use Cases: Where and why this data structure is typically used.

  • Time Complexity: Analyze the performance of each data structure (Big-O notation) for common operations like insert, delete, and search.

  • Example Code in TypeScript: Provide a TypeScript code snippet demonstrating how to use each data structure.

• Data Structures to Cover:

  Arrays:

  • Explain how arrays are used in TypeScript.

  • Provide examples of operations like adding, removing, and accessing elements.

  • Example:

  Tuple:

  • Explain what tuples are and how they differ from arrays in TypeScript.

  • Provide an example of defining and accessing tuple elements.

  ArrayList (Dynamic Arrays):

  • Explain how dynamic arrays can be created and managed in TypeScript

  • Provide an example of resizing or manipulating dynamic arrays.

  Stack:

  • Define how to implement a stack in TypeScript using an array or a class.

  • Explain the Last In First Out (LIFO) principle and common operations (push, pop, peek).

  Queue:

  • Define how to implement a queue in TypeScript.

  • Explain the First In First Out (FIFO) principle and common operations (enqueue, dequeue).

  LinkedList:

• Explain how to create a singly or doubly linked list in TypeScript using classes.

• Provide an example of adding, removing, and traversing nodes.

  HashMap (or Object/Map):

• Define how to create a key-value pair data structure in TypeScript using Map or an object.

• Provide examples of inserting, deleting, and searching for values by keys.

  Set:

• Explain how to create a Set to store unique elements.

• Show how to add, remove, and check for elements in a set.

  Tree:

• Explain how binary trees or binary search trees (BST) can be implemented in TypeScript.

• Provide an example showing how to insert nodes, traverse the tree, and search for elements.

Deliverables:

• • A detailed explanation of each data structure with TypeScript examples.

    • Code snippets for each data structure to demonstrate their usage.

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• • Document your research and findings in a blog post on Medium.com or Hashnode.com.

    • Include the TypeScript code snippets and detailed explanations in the article.

    • Provide a link to your article for reference.