More Problems

• Implement a divide and conquer approach to the "Counting Inversions" problem in an array.
• Write a divide and conquer solution for the "Closest Pair of Points" problem in a 2D space.
• Use divide and conquer to solve the "Maximum Rectangle in Histogram" problem.
• Implement a divide and conquer algorithm for the "Minimum Spanning Tree" using Prim’s or Kruskal’s algorithm.
• Write a divide and conquer solution for the "Segment Tree" for range queries and updates.
• Use divide and conquer to solve the "Polynomial Multiplication" problem using the Karatsuba algorithm.
• Implement a divide and conquer approach to the "Matrix Chain Multiplication" problem.
• Write a divide and conquer solution for the "Tiling Problem" using dynamic programming.