EdocGram
Home
(current)
Topics
EdocAI
Code Editor
HTML
Javascript
PHP
Python
Python AI Code Editor
More
Contact
About
Privacy Policy
Terms and Conditions
Log In
Topic: Dynamic Programming Problem / Level: intermediate
Problem:
Compute the maximum value of a subarray where the difference between adjacent elements is greater than or equal to 2 using dynamic programming.
More Problems
Solve the "Best Time to Buy and Sell Stock with k Transactions" problem where you maximize the profit with a limit of k transactions using dynamic programming.
Find the minimum number of insertions needed to make a string a palindrome where each insertion has a variable cost using dynamic programming.
Solve the "Maximum Sum of Non-Overlapping Subarrays III" problem where you find the maximum sum by selecting non-overlapping subarrays from multiple lists using dynamic programming.
Compute the number of distinct ways to partition a set into k non-empty subsets with specific constraints using dynamic programming.
Solve the "Palindrome Partitioning VII" problem where you partition a string into palindromes with additional constraints on the partition size using dynamic programming.
Find the number of distinct subsequences that match a pattern with wildcard characters in a string using dynamic programming.
Solve the "Longest Common Subsequence with Variable Costs" problem where each operation (insert, delete, replace) has a different cost using dynamic programming.
Compute the longest subsequence where adjacent elements are either odd or prime numbers using dynamic programming.
Python
Language
Editor
Run & Output
Save
AI Code Generate
AI Test Case
Run the code to see the output here...