Topic: divide-and-conquer-problem / Level: advanced

• 2051. Write a divide and conquer solution for the "Four Number Sum" problem.
• 2052. Use divide and conquer to solve the "Maximum Subarray Sum" problem efficiently.
• 2053. Implement a divide and conquer algorithm to find the "Count of Subarrays with Given XOR".
• 2054. Write a divide and conquer approach for the "Matrix Chain Multiplication" problem with memoization.
• 2055. Use divide and conquer to solve the "Count of Anagrammatic Pairs" in a list of strings.
• 2056. Implement a divide and conquer solution for the "2D Range Maximum Query" problem using segment trees.
• 2057. Write a divide and conquer algorithm to find the "Longest Common Substring" in DNA sequences.
• 2058. Use divide and conquer to solve the "Stock Buy and Sell" problem to maximize profit with multiple transactions.
• 2059. Implement a divide and conquer approach to find the "N-th Fibonacci Number" using matrix exponentiation.
• 2060. Write a divide and conquer solution for the "Longest Repeating Subsequence" problem.
• 2061. Use divide and conquer to solve the "Subset Sum Problem" with a dynamic programming approach.
• 2062. Implement a divide and conquer algorithm to find the "Kth Largest Element" in an unsorted array using Quickselect.
• 2063. Write a divide and conquer approach for "Finding the Majority Element" in an array.
• 2064. Use divide and conquer to solve the "Graph Connectivity" problem.
• 2065. Implement a divide and conquer solution to find the "Longest Path in a Directed Acyclic Graph".
• 2066. Write a divide and conquer algorithm to solve the "2D Point Range Query" using segment trees.
• 2067. Use divide and conquer to find the "Maximum Product Subarray" using a linear time approach.
• 2068. Implement a divide and conquer approach for the "Kth Smallest Element in a Sorted Matrix" problem.
• 2069. Write a divide and conquer solution to find the "Minimum Edit Distance" between two strings.
• 2070. Use divide and conquer to solve the "All Pairs Shortest Path" problem using the Floyd-Warshall algorithm.
• 2071. Implement a divide and conquer algorithm to find the "Closest Pair of Points" in a 2D plane.
• 2072. Write a divide and conquer approach for "Median of Two Sorted Arrays" with O(log(min(n, m))) complexity.
• 2073. Use divide and conquer to solve the "Kth Largest Element in an Array" problem efficiently.
• 2074. Implement a divide and conquer solution for the "Longest Increasing Subsequence" using dynamic programming.
• 2075. Write a divide and conquer algorithm to count the number of distinct palindromic substrings in a string.
• 2076. Use divide and conquer to solve the "Maximum Sum Rectangle" in a 2D array.
• 2077. Implement a divide and conquer approach for finding "All Unique Subsets" of a set.
• 2078. Write a divide and conquer solution to find the "Largest Rectangle in Histogram".
• 2079. Use divide and conquer to solve the "Unique Paths" problem in a grid with obstacles.
• 2080. Implement a divide and conquer algorithm to find the "Intersection of Two Arrays".
• 2081. Write a divide and conquer solution for the "Median of Medians" algorithm to find the k-th smallest element.
• 2082. Use divide and conquer to solve the "Traveling Salesman Problem" with dynamic programming.
• 2083. Implement a divide and conquer approach for the "Maximum Subarray Product" problem.
• 2084. Write a divide and conquer algorithm to find the "Minimum Spanning Tree" using Prim’s algorithm.
• 2085. Use divide and conquer to solve the "Counting Sort" problem efficiently.
• 2086. Implement a divide and conquer solution to find the "Number of Inversions" in an array.
• 2087. Write a divide and conquer approach for the "Bitonic Subarray" problem.
• 2088. Use divide and conquer to solve the "Longest Common Subsequence" problem in O(n*m) time.
• 2089. Implement a divide and conquer algorithm to find the "Maximum Size Square Submatrix of 1s".
• 2090. Write a divide and conquer solution to find the "Smallest Rectangle Enclosing the Points".
• 2091. Use divide and conquer to solve the "3-SUM Problem" with an O(n²) complexity.
• 2092. Implement a divide and conquer approach for the "Maximum Area Triangle" problem given points in 2D.
• 2093. Write a divide and conquer algorithm to find the "Minimum Distance Between Two Strings".
• 2094. Use divide and conquer to solve the "Maximum Circular Subarray Sum" problem.
• 2095. Implement a divide and conquer solution for the "Min-Cost Path" problem in a grid with weights.
• 2096. Write a divide and conquer approach to find the "Maximum Frequency of an Element" in a rotated sorted array.
• 2097. Use divide and conquer to solve the "String Matching" problem using KMP algorithm.
• 2098. Implement a divide and conquer algorithm to find the "Smallest Missing Number" in an unsorted array.
• 2099. Write a divide and conquer solution for "Merging K Sorted Lists" into a single sorted list.
• 2100. Use divide and conquer to solve the "Longest Path in a Directed Graph" problem.

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