Covering algorithms used in maths problems from beginner level to intermidiate level
What you will learn
Common algorithms used in algebra problems
Practice algorithm questions from popular online coding competitions
Thorough understanding on the correctness and efficiency of the algorithms
Look at algorithms from a mathematical point of view
Implement these algorithms yourself or with a bit of guidance
Why take this course?
### Course Headline:
“**Algorithms in Competitive Programming: Maths Puzzles I – From Beginner to Intermediate Level”**
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### Course Description:
Dive into the fascinating world of **competitive programming**, where your problem-solving skills and algorithmic knowledge are put to the ultimate test! This course is meticulously designed for individuals who aspire to excel in competitive programming, particularly those with a passion for math problems. 🤓💻
**Competitive programming** isn’t just about coding; it’s about understanding the underlying algorithms that make your solutions not only correct but also fast and efficient. This course will guide you through a series of algorithms that are pivotal in tackling beginner to intermediate level math problems.
We’ll explore a variety of algorithmic concepts, including combinatorics, number theory, graph theory, algorithmic game theory, computational geometry, string analysis, and data structures. But what sets this course apart is its focus on the **mathematical foundations** that support these algorithms. 🧮➡️🔍
**Why You Should Take This Course:**
– **Essential Skills**: Develop a deep understanding of the algorithms used in competitive programming.
– **Problem Solving**: Learn how to approach and solve complex math problems with confidence.
– **Algorithmic Mastery**: Gain insights into the mathematics behind algorithms, ensuring your solutions are both correct and optimized.
– **Interactive Learning**: Engage with hands-on practice and short quizzes to solidify your learning experience. 📚✏️
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### Course Structure:
This course is structured to take you from the basics to a more intermediate understanding of algorithmic problems in competitive programming. Here’s what you can expect in each session:
– **Problem Description**: Understand the problem at hand and its requirements.
– **A Naive Approach**: Learn a straightforward but not necessarily efficient way to solve the problem.
– **Introducing the Algorithm**: Discover the algorithm that will efficiently solve the problem.
– **Mathematical Proof**: Get a rigorous mathematical proof for the correctness and efficiency of the algorithm used.
– **Sample Problem**: See the algorithm in action with a sample problem.
– **Short Quiz**: Test your understanding with a quiz designed to reinforce the concepts covered.
– **Hands-On Practice**: Apply what you’ve learned through practical exercises and coding challenges. 👩💻🎯
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Join Keyi Huang in this engaging course, where you’ll not only learn algorithms but also their mathematical underpinnings. Whether you’re a beginner or have some experience, this course will challenge and enhance your competitive programming skills. Get ready to conquer math puzzles with confidence and precision! 🎓🚀
Don’t miss out on the opportunity to elevate your coding game. Enroll in “Algorithms in Competitive Programming: Maths Puzzles I” today and take your first step towards mastering competitive programming algorithms! 🏆🎉