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Programming Foundations: Algorithms

Programming Foundations: Algorithms

1h 43mBeginner2024-01-11

Authors

Joe Marini

Joe Marini

Senior Developer Advocate at Google, Developer

Course details

Algorithms are the universal building blocks of programming. They power the software you use every day, whether it's a spreadsheet, a social network, or a driving assistant. Algorithms offer a way to think about programming challenges in plain English, before they are translated into a specific language like C# or JavaScript. In this course, author and developer Joe Marini explains some of the most popular and useful algorithms for searching and sorting information, working with techniques like recursion, and understanding common data structures. He also discusses the performance implications of different algorithms and how to evaluate the performance of a given algorithm. Each algorithm is shown in practice in Python, but the lessons can be applied to any programming language.

Skills covered

Data EngineeringArtificial Intelligence FoundationsPythonFoundationsArtificial Intelligence (AI)Data ScienceOpen Source

Concepts

0. Introduction

  • 01 - Algorithms power the world
  • 02 - What you should know

1. Overview

  • 03 - What are algorithms
  • 04 - Common algorithms in programming
  • 05 - Measuring algorithm performance

2. Common Data Structures

  • 06 - Introduction to common data structures
  • 07 - Arrays
  • 08 - Linked lists
  • 09 - Linked lists example
  • 10 - Stacks and queues
  • 11 - Stacks and queues example
  • 12 - Dictionaries

3. Recursion

  • 13 - Understanding recursion
  • 14 - Simple recursion example
  • 15 - Calculating power and factorial

4. Sorting Information

  • 16 - Overview of sorting
  • 17 - The bubble sort
  • 18 - The merge sort
  • 19 - Implementing the merge sort
  • 20 - The quicksort
  • 21 - Implementing the quicksort

5. Searching for Data

  • 22 - Unordered list search
  • 23 - Binary search
  • 24 - Determine if a list is sorted

6. Practical Examples with Data Structures

  • 25 - Unique filtering with sets
  • 26 - Value counting with a dictionary
  • 27 - Find max value recursively
  • 28 - Balancing statements with Stack

Conclusion

  • 29 - Next steps

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