Скачать или смотреть House Robber - Dynamic Programing - Leetcode 198 - C++

House Robber - Dynamic Programing - Leetcode 198 - C++

House Robber | LeetCode 198 | Dynamic Programming | C++ Tutorial | Coding Interview Preparation | Programming Tutorial

Welcome back to PageCode! In today's video, we'll tackle the classic dynamic programming problem: House Robber (LeetCode 198). This problem challenges us to determine the maximum amount of money a robber can steal from a line of houses, without robbing two adjacent houses.

🔔 What you'll learn:

Understanding the problem statement.
Formulating a dynamic programming solution.
Implementing the solution in C++ step-by-step.
Analyzing the time and space complexity of our approach.
By the end of this tutorial, you'll have a solid grasp of how to apply dynamic programming to solve the House Robber problem efficiently.

📺 Watch more: This video is part of our comprehensive Dynamic Programming playlist. If you want to master DP techniques and solve a variety of problems, be sure to check out the full playlist here: Dynamic Programming Playlist.

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TimeStamps -
00:00 - Intro
00:15 - Introduction of Problem
02:00 - Top Down Approach
11:00 - Bottom Up Approach
15:34 - Recursive solution
18:52 - Top Down Code
22:00 - Bottom Up Code  
25:20 - Outro

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