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Topic: Dynamic Programming Problem / Level: intermediate
Problem:
Solve the "Longest Increasing Path in a Weighted Matrix" problem where you can move in four directions and must follow increasing weights using dynamic programming.
More Problems
Find the number of distinct ways to decode a string of digits where each digit represents a letter with wildcard characters using dynamic programming.
Solve the "Cutting a Stick into Segments" problem where you minimize the cost of cutting a stick into specific lengths using dynamic programming.
Compute the minimum number of deletions to make two strings equal using dynamic programming.
Solve the "Maximum Sum of Non-Adjacent Numbers II" problem where you select non-adjacent numbers from a grid to maximize the sum using dynamic programming.
Find the longest alternating subsequence in an array where adjacent elements alternate between even and odd values using dynamic programming.
Solve the "Minimum Number of Swaps to Make a Binary String Alternating" problem using dynamic programming.
Compute the longest subsequence in an array where adjacent elements have a difference of at least k using dynamic programming.
Solve the "Palindrome Partitioning with Limited Cuts" problem where you compute the minimum number of cuts needed to partition a string into palindromes with at most k cuts using dynamic programming.
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