Unique Paths | Dynamic Programming | Animated DSA Explanation in Java

Unique Paths (Medium) explained step by step with animations: the idea, a brute force, the optimal solution and its complexity, with Java code. A robot at the top-left of an m × n grid can move only right or down. How many different paths reach the bottom-right corner? Java code + notes: https://algorung.com/dsa/dynamic-prog... Practise it with spaced revision: https://algorung.com/app/problems/uni... Chapters 0:00 Counting paths 0:37 The problem 1:10 Recursion 2:27 2D table 3:50 One row 5:06 Combinatorics 5:48 Complexity 6:06 Edge cases & recap Similar problems • Minimum Path Sum: https://algorung.com/dsa/dynamic-prog... • Unique Paths II: https://algorung.com/dsa/dynamic-prog... • Climbing Stairs:    • Climbing Stairs | Dynamic Programming | An...   • House Robber:    • House Robber | Dynamic Programming | Anima...   More Dynamic Programming problems: https://algorung.com/dsa/dynamic-prog... All patterns: https://algorung.com/patterns #DSA #DynamicProgramming #UniquePaths #Java #CodingInterview #LeetCode #AlgoRung