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This is an example on how to solve knapsack problem using dynamic programming based on a backward solution.

This is a simple implementation of dynamic programming to solve a network problem. The problem is to find the shortest path from ...

This video explains how to solve simple knapsack problem using the art of dynamic programming. The problem is solved using ...

Dynamic Programming (DP) is one of the most important concepts in Data Structures and Algorithms. In this video, you will learn: ...

Problem: https://flipflop.slome.org/2025/7.

Ever wondered how massive sites like Netflix or Google handle millions of users without crashing? This video dives deep into ...

Question Link ...

Today in Lecture 15, we solve LeetCode 322. Coin Change problem using 1D Dynamic Programming with a focus on intuition ...

In this lecture, we explore two advanced and highly useful algorithm techniques: Dynamic Programming (DP) and Backtracking.

Full Stack Java Developer Program (Discount Code - YTBE15) ...

Today in Lecture 12, we solve LeetCode 45. Jump Game II problem using 1D Dynamic Programming. The need to minimize ...

Question Link ...

This video shows how to solve Knapsack Problem using Dynamic programming. The method used is backward and finds the ...

... Tries - Advanced paradigms: Dynamic Programming, Greedy, Backtracking - Meta-skills: Pattern recognition (Sliding Window, ...

Given an array arr. The task is to find triplets in an array whose sum equals a given number k. Whether you're preparing for ...

This video explains how to solve a simple network problem using dynamic programming.

Welcome to the Python Data Structures & Algorithms (DSA) Series – Diploma Level! In this video, we explore three powerful ...

TheCodingGopher original Vidieo: LLVM is a Game Changer for Compilers: ...