Leetcode Problem 978. Longest Turbulent Subarray

978. Longest Turbulent Subarray

Leetcode Solutions

Sliding Window Approach for Maximum Size Turbulent Subarray

  1. Initialize two pointers, start and end, to track the start and end of the current turbulent subarray, and a variable max_length to store the maximum length found.
  2. Iterate through the array with the end pointer, starting from the second element.
  3. Compare the current and previous elements to determine if they are in a turbulent relationship.
  4. If the relationship is not turbulent or if we reach the end of the array, update max_length if the length of the current subarray (end - start) is greater than max_length.
  5. If the relationship is not turbulent, set start to end to begin a new subarray.
  6. Continue iterating until the end of the array is reached.
  7. Return max_length as the result.
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Dynamic Programming Approach for Maximum Size Turbulent Subarray

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