| 1. Introduction | |||
| 1. Introduction.mp4 | 10.2 MB | ||
| 1. Introduction.vtt | 1.86 KB | ||
| 2. Binary Number Introduction.mp4 | 39.47 MB | ||
| 2. Binary Number Introduction.vtt | 15.97 KB | ||
| 3. Binary Deca Number Conversion.mp4 | 27.02 MB | ||
| 3. Binary Deca Number Conversion.vtt | 10.55 KB | ||
| 4. Binary Number System Notes.html | 6.42 KB | ||
| 5. Binary Number System Quiz.html | 160 B | ||
| 10. Conclusion | |||
| 1. Thank You!.mp4 | 13.82 MB | ||
| 1. Thank You!.vtt | 1.7 KB | ||
| 11. Bonus | |||
| 1. Binary to Hex and Back.mp4 | 35.03 MB | ||
| 1. Binary to Hex and Back.vtt | 14.2 KB | ||
| 2. Decimal to Hex and Back.mp4 | 32.43 MB | ||
| 2. Decimal to Hex and Back.vtt | 13.94 KB | ||
| 3. Bonus Lecture.html | 1.24 KB | ||
| 2. Analyzing Algorithms | |||
| 1. All Notes.html | 142 B | ||
| 1.1 All Notes.pdf.pdf | 1.86 MB | ||
| 10. Big O Notation.mp4 | 22.62 MB | ||
| 10. Big O Notation.vtt | 16.89 KB | ||
| 11. n-Notation Notes.html | 7.84 KB | ||
| 12. Big O Notation Quiz.html | 160 B | ||
| 13. Big O Real-World Example.mp4 | 16.55 MB | ||
| 13. Big O Real-World Example.vtt | 13.02 KB | ||
| 2. Introduction to Time-Complexity.mp4 | 3.58 MB | ||
| 2. Introduction to Time-Complexity.vtt | 2.87 KB | ||
| 3. Math Refresher Logarithmic Functions.mp4 | 49.31 MB | ||
| 3. Math Refresher Logarithmic Functions.vtt | 15.31 KB | ||
| 4. Math Refresher Factorial Functions.mp4 | 11.62 MB | ||
| 4. Math Refresher Factorial Functions.vtt | 4.14 KB | ||
| 5. Math Refresher Algebraic Expressions.mp4 | 10.1 MB | ||
| 5. Math Refresher Algebraic Expressions.vtt | 3.47 KB | ||
| 6. Math Refresher Notes.html | 4.47 KB | ||
| 7. n-notation Introduction.mp4 | 35.91 MB | ||
| 7. n-notation Introduction.vtt | 13.13 KB | ||
| 8. n-notation Scaling.mp4 | 78.21 MB | ||
| 8. n-notation Scaling.vtt | 16.23 KB | ||
| 9. n-notation Example.mp4 | 25.84 MB | ||
| 9. n-notation Example.vtt | 5.73 KB | ||
| 3. Arrays | |||
| 1. How is Data Stored.mp4 | 14.33 MB | ||
| 1. How is Data Stored.vtt | 10.77 KB | ||
| 10. Array Review.mp4 | 13.79 MB | ||
| 10. Array Review.vtt | 9.88 KB | ||
| 11. Array Real World Examples.mp4 | 23.89 MB | ||
| 11. Array Real World Examples.vtt | 8.18 KB | ||
| 12. Array Quiz.html | 160 B | ||
| 2. Fixed Array Introduction.mp4 | 19.48 MB | ||
| 2. Fixed Array Introduction.vtt | 7.24 KB | ||
| 3. Fixed Array Run Times.mp4 | 69.86 MB | ||
| 3. Fixed Array Run Times.vtt | 16.99 KB | ||
| 4. Binary Search Algorithm (Fixed Array Sorted Search).mp4 | 54.78 MB | ||
| 4. Binary Search Algorithm (Fixed Array Sorted Search).vtt | 13.17 KB | ||
| 5. Fixed Array Notes.html | 3.32 KB | ||
| 6. Circular Arrays.mp4 | 14.06 MB | ||
| 6. Circular Arrays.vtt | 11.14 KB | ||
| 7. Dynamic Arrays.mp4 | 27.21 MB | ||
| 7. Dynamic Arrays.vtt | 20.35 KB | ||
| 8. O(1) Approximation.mp4 | 64.19 MB | ||
| 8. O(1) Approximation.vtt | 14.56 KB | ||
| 9. Circular and Dynamic Array Notes.html | 5.41 KB | ||
| 4. Linked Lists | |||
| 1. Nodes.mp4 | 6.99 MB | ||
| 1. Nodes.vtt | 5.52 KB | ||
| 10. Linked Lists.html | 160 B | ||
| 2. Singly Linked List.mp4 | 23.83 MB | ||
| 2. Singly Linked List.vtt | 23.86 MB | ||
| 3. Linked List Run Times.mp4 | 27.19 MB | ||
| 3. Linked List Run Times.vtt | 19.05 KB | ||
| 4. Singly-Linked List Notes.html | 3.99 KB | ||
| 5. Doubly Linked Lists.mp4 | 14.65 MB | ||
| 5. Doubly Linked Lists.vtt | 10.26 KB | ||
| 6. Tail Pointers.mp4 | 9.47 MB | ||
| 6. Tail Pointers.vtt | 7.08 KB | ||
| 7. Doubly-Linked List and Tail Pointer Notes.html | 4.79 KB | ||
| 8. Linked List Real World Examples.mp4 | 4.48 MB | ||
| 8. Linked List Real World Examples.vtt | 4.49 KB | ||
| 9. Linked List Review.mp4 | 6.27 MB | ||
| 9. Linked List Review.vtt | 4.91 KB | ||
| 5. Stacks and Queues | |||
| 1. Stacks.mp4 | 16.46 MB | ||
| 1. Stacks.vtt | 12.58 KB | ||
| 10. Stacks and Queues Quiz Explanation.mp4 | 8.41 MB | ||
| 10. Stacks and Queues Quiz Explanation.vtt | 7.88 KB | ||
| 2. Stack Examples.mp4 | 19.59 MB | ||
| 2. Stack Examples.vtt | 13.88 KB | ||
| 3. Stack Notes.html | 3.54 KB | ||
| 4. Queues.mp4 | 14.98 MB | ||
| 4. Queues.vtt | 11.9 KB | ||
| 5. Queue Examples.mp4 | 17.12 MB | ||
| 5. Queue Examples.vtt | 12.01 KB | ||
| 6. Queue Notes.html | 3.36 KB | ||
| 7. Queue and Stack Run Times.mp4 | 10.35 MB | ||
| 7. Queue and Stack Run Times.vtt | 7.39 KB | ||
| 8. Stack and Queue Real World Examples.mp4 | 8.55 MB | ||
| 8. Stack and Queue Real World Examples.vtt | 10.44 KB | ||
| 9. Stacks and Queues Quiz.html | 161 B | ||
| 6. Sorting Algorithms | |||
| 1. Introduction to Sorting Algorithms.mp4 | 2.81 MB | ||
| 1. Introduction to Sorting Algorithms.vtt | 1.94 KB | ||
| 10. Quick Sort Run Time.mp4 | 19.91 MB | ||
| 10. Quick Sort Run Time.vtt | 13.81 KB | ||
| 11. Quick Sort Notes.html | 3.47 KB | ||
| 12. Insertion Sort and Quick Sort Quiz.html | 161 B | ||
| 13. Merge Sort.mp4 | 21.99 MB | ||
| 13. Merge Sort.vtt | 15.83 KB | ||
| 14. Merge Sort Run Times.mp4 | 14 MB | ||
| 14. Merge Sort Run Times.vtt | 9.47 KB | ||
| 15. Merge Sort Notes.html | 2.73 KB | ||
| 16. Stable vs NonStable.mp4 | 11.37 MB | ||
| 16. Stable vs NonStable.vtt | 7.63 KB | ||
| 17. Stable Vs NonStable Notes.html | 4.32 KB | ||
| 18. Merge Sort and Stability Quiz.html | 161 B | ||
| 19. Sorting Algorithm Real World Examples.mp4 | 18.99 MB | ||
| 19. Sorting Algorithm Real World Examples.vtt | 5.7 KB | ||
| 2. Bubble Sort.mp4 | 19.37 MB | ||
| 2. Bubble Sort.vtt | 13.24 KB | ||
| 3. Bubble Sort Notes.html | 3.2 KB | ||
| 4. Selection Sort.mp4 | 18.01 MB | ||
| 4. Selection Sort.vtt | 13.4 KB | ||
| 5. Selection Sort Notes.html | 3.71 KB | ||
| 6. Bubble Sort and Selection Sort Quiz.html | 161 B | ||
| 7. Insertion Sort.mp4 | 16.55 MB | ||
| 7. Insertion Sort.vtt | 11.76 KB | ||
| 8. Insertion Sort Notes.html | 3.27 KB | ||
| 9. Quick Sort.mp4 | 29.22 MB | ||
| 9. Quick Sort.vtt | 19.11 KB | ||
| 7. Trees | |||
| 1. Trees.mp4 | 13.48 MB | ||
| 1. Trees.vtt | 9.57 KB | ||
| 2. Binary Search Trees.mp4 | 14.19 MB | ||
| 2. Binary Search Trees.vtt | 10.85 KB | ||
| 3. Binary Search Tree Run Times.mp4 | 12.8 MB | ||
| 3. Binary Search Tree Run Times.vtt | 9.79 KB | ||
| 4. Tree Notes.html | 5.07 KB | ||
| 5. Tree Quiz.html | 161 B | ||
| 6. Tree Traversals.mp4 | 23.72 MB | ||
| 6. Tree Traversals.vtt | 16.26 KB | ||
| 7. Tree Real World Examples.mp4 | 8.43 MB | ||
| 7. Tree Real World Examples.vtt | 6.4 KB | ||
| 8. Heaps | |||
| 1. Heaps Introduction.mp4 | 20.57 MB | ||
| 1. Heaps Introduction.vtt | 5.46 KB | ||
| 2. Heap Analysis.mp4 | 46.7 MB | ||
| 2. Heap Analysis.vtt | 15.85 KB | ||
| 3. Heaps Real World Examples.mp4 | 24.18 MB | ||
| 3. Heaps Real World Examples.vtt | 9.9 KB | ||
| 4. Heap Notes.html | 3.22 KB | ||
| 9. Graphs | |||
| 1. Introduction to Graphs.mp4 | 15.09 MB | ||
| 1. Introduction to Graphs.vtt | 4.39 KB | ||
| 2. Basic Types of Graphs.mp4 | 50.02 MB | ||
| 2. Basic Types of Graphs.vtt | 12.53 KB | ||
| 3. Graph Terminology.mp4 | 59.46 MB | ||
| 3. Graph Terminology.vtt | 15.47 KB | ||
| 4. Graph Terminology Summary.html | 1.56 KB | ||
| 5. Depth First Search.mp4 | 29.94 MB | ||
| 5. Depth First Search.vtt | 8.72 KB | ||
| 6. Breadth First Search.mp4 | 33.91 MB | ||
| 6. Breadth First Search.vtt | 8.13 KB | ||
| 7. BFS and DFS Run Times.mp4 | 16.08 MB | ||
| 7. BFS and DFS Run Times.vtt | 4.01 KB | ||
| Bonus Visit Now!.url | 111 B | ||
| Read Me.txt | 499 B |
Computer Science 101: Learn Computer Science to become a better Programmer and Software Engineer.
What you’ll learn
Understand the Fundamental Theories of Algorithm Analysis
Be able to Compare Various Algorithms
Understand When to use Different Data Structures and Algorithms
Understand the Fundamentals of Computer Science theory
Understand the Core Sorting Algorithms
Requirements
A Willingness to Learn New Topics!
No Prior Experience or Knowledge is Needed!
Description
Master the Theory to Becoming a Good Programmer!
If you’re looking to learn the theory that makes great programmers, you’ve come to the right place! This course is perfect for anyone interested in learning the fundamentals to Computer Science Theory.
No Previous Experience Necessary!
Computer science and technology are often thought of as things only for “analytical minds”. I believe however that technology and it’s theory are for everyone. So I designed this course to teach each topic in a variety of easy to digest ways. Through these multiple reinforcing steps, I believe anyone can follow along and succeed!
Why is the Theory of Programming Important?
Understanding Computer Science theory is what sets apart Great programmers from average ones. Programming theory is something that transcends a single programming language. It gives you skills and techniques you can apply to any programming language you touch. Learning the theory behind programming is just as important, if not more important than learning a singular programming language like Java or C++.
Programming is all about problem solving. Analyzing a problem, and being able to figure out a way that a computer can help with that problem. Computer Science is the practice of this analysis process. It goes over the techniques and knowledge necessary to design efficient and sustainable code.
So if you want to begin setting yourself apart from the average programmers, this is the course for you!
Enroll Now and you’ll Learn:
Binary Number System
N Notation
Big O Notation
How to Analyze a Program
Arrays and their Advantages
Nodes and their Importance
Linked Lists and their Advantages and Implementations
Stacks implemented with Arrays and Linked Lists
Queues Implemented with Arrays and Linked Lists
Various Sorting Algorithms and Their Comparisions
Trees and Binary Search Trees
And Much Much More!
My Guarantee
I am so confident you will enjoy this course, I offer a 100% 30-day money-back guarantee through Udemy. If you are not happy with your purchase, I have no problem with giving your money back!
Are You Ready to Get Started?
I will be waiting for you inside the course!
Remember, this is an online course, so you can take it at your own pace. Are you busy right now? That’s okay. Enroll today, and take the course at your own pace.
Thanks so much for your interest in this Computer Science 101 Course!
See you inside!
Kurt
Who this course is for:
Anyone who wants to become a Good Programmer
Anyone interested in the Computer Science Discipline
Anyone who wants to learn how to problem solve like a Computer Scientist
Created by Kurt Anderson
Last updated 5/2019
English
English [Auto-generated]
Size: 1.43 GB
For more visit -FreeCourseNet
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