And how you can use DFS and BFS. If you’ve read an Introduction to Competitive Programming, then you’re probably familiar with why Competitive Programming is important.
If you’ve read an Introduction to Competitive Programming, then you’re probably familiar with why Competitive Programming is important. For those of you who haven’t, I believe that Competitive Programming is important because it helps you build your problem-solving skills and your technical knowledge of data structures and algorithms.
One of the biggest parts of Competitive Programming is learning the algorithms you need to succeed. I’ll be covering a large number of those algorithms in this post, specifically all the graph algorithms you’ll need to be successful in solving graph problems in Competitive Programming contests. Of course, just knowing the algorithms isn’t enough and you will have to complete a lot of practice problems on sites like Codeforces. However, this article will present you with the tools you need to master important graph algorithms.
In theoretical computer science, graphs are different from what you learned about in middle school. They are not bar charts.
Graphs in theoretical Computer Science and Discrete Mathematics are an abstract way of representing various types of relationships such as roads connecting cities and other types of networks. Graphs are made up of two components: edges and vertices. A vertex is a point on a graph and an edge is what connects two points on a graph.
An example of a graph
Graph problems in competitive programming will usually be talking about things like networks and grids in the problem statement.
Here’s a list of all the graph terminology you need to know:
Your options on how to start with working with today’s quantum computers. Quantum computing is one of the most rapidly advancing technologies.
This article will introduce the concepts and topics common to all programming languages, that beginners and experts must know!
Check the bottom of the page for links to the other questions and answers I’ve come up with to make you a great Computer Scientist (when it comes to Programming Languages).
Are you using Big-O incorrectly? Big-O is a simple and very general concept — the amount of primitive operations needed to complete the algorithm with some parameter.
Although we still talk about programming as a standalone career, the dominance of technology in our lives makes it clear that coding is much more than a career path. In my opinion, computer science is more than a college major or a high-paid job; it’s a skill, essential for thriving in a modern-day economy. Whether you work in healthcare, marketing, business, or other fields, you will see more coding and have to deal with a growing number of technologies throughout your entire life.