Product Details:
| Material | uPVC |
| Frame Color | White |
| Number of Tracks | 2 Track |
| Glazing Type | Single Glazing |
| Glass Type | Toughened Glass |
| Glass Thickness | 5mm |
| Mosquito Mesh | Without Mesh |
| Color | White |
| Brand | Fenesta |
| Locking System | Single-Point |
The
Sliding Window technique is an efficient algorithmic approach used to solve problems involving arrays or lists, especially when searching for a subrange that meets specific conditions (like maximum sum, minimum length, or specific elements). Instead of recalculating results for every possible subarray, the window “slides” across the data, updating results incrementally. This reduces time complexity from O(n²) to O(n) in many cases. It is widely used in problems involving contiguous subarrays, substrings, or streaming data—such as finding averages, sums, or longest unique substrings—making it a powerful optimization tool in algorithms and data processing.
