DEV Community

The magic of computing Series' Articles

Back to Andrei Visoiu's Series
The Magic of the Fibonacci Numbers & why we love computing them - part 1

The Magic of the Fibonacci Numbers & why we love computing them - part 1

9
Comments 1
4 min read
The Magic of the Fibonacci Numbers & why we love computing them - part 2

The Magic of the Fibonacci Numbers & why we love computing them - part 2

8
Comments 1
3 min read
The Magic of the Fibonacci Numbers & why we love computing them - part 3

The Magic of the Fibonacci Numbers & why we love computing them - part 3

6
Comments
5 min read
Prime Numbers: Fast and Slow - part 1

Prime Numbers: Fast and Slow - part 1

9
Comments
3 min read
Prime Numbers: Fast and Slow - part 2

Prime Numbers: Fast and Slow - part 2

Comments
3 min read
Prime numbers: Fast and Slow - part 3

Prime numbers: Fast and Slow - part 3

1
Comments
3 min read
Why is Graph Theory so amazing? - part 1
Cover image for Why is Graph Theory so amazing? - part 1

Why is Graph Theory so amazing? - part 1

21
Comments
4 min read
Why is Graph Theory so amazing? - part 2, depth first search & topological sorting
Cover image for Why is Graph Theory so amazing? - part 2, depth first search & topological sorting

Why is Graph Theory so amazing? - part 2, depth first search & topological sorting

5
Comments
5 min read
Why is Graph Theory so amazing? - part 3 - BFS, bipartite graphs
Cover image for Why is Graph Theory so amazing? - part 3 - BFS, bipartite graphs

Why is Graph Theory so amazing? - part 3 - BFS, bipartite graphs

5
Comments
4 min read
Why is Graph Theory so amazing? - part 4, working with weights & Dijkstra
Cover image for Why is Graph Theory so amazing? - part 4, working with weights & Dijkstra

Why is Graph Theory so amazing? - part 4, working with weights & Dijkstra

9
Comments 1
5 min read
Exploring backtracking
Cover image for Exploring backtracking

Exploring backtracking

10
Comments
4 min read
Using divide and conquer: closest pair of points
Cover image for Using divide and conquer: closest pair of points

Using divide and conquer: closest pair of points

2
Comments
4 min read
A look into Dynamic Programming - Matrix Chain Multiplication
Cover image for A look into Dynamic Programming - Matrix Chain Multiplication

A look into Dynamic Programming - Matrix Chain Multiplication

8
Comments
5 min read