"Mergesort" Example Sentences
1. Mergesort is considered one of the most efficient sorting algorithms.
2. The implementation of mergesort can be done recursively.
3. Mergesort is a divide-and-conquer algorithm.
4. To solve the problem of sorting large data sets, mergesort is a good option.
5. Mergesort works by dividing the array into smaller subarrays.
6. The concept of mergesort is to merge the sorted subarrays until we get the final sorted array.
7. In the worst-case scenario, mergesort has a computational complexity of O(n log n).
8. Mergesort is known for its stability and predictability.
9. A practical example of mergesort application is sorting phone dictionary entries.
10. The efficiency of mergesort can be attributed to its reduction of sub-problems.
11. Mergesort is a stable algorithm.
12. Mergesort is an in-place sorting algorithm.
13. Mergesort maintains an auxiliary memory.
14. Mergesort’s memory complexity is O(n).
15. Mergesort eliminates inversion.
16. Mergesort can be easily parallelized.
17. Mergesort is not suitable for small data sets.
18. Mergesort is a good option for sorting interconnected records.
19. When using mergesort, the divide-and-conquer approach reduces computational complexity.
20. Mergesort is useful in sorting objects with complex keys.
21. Mergesort is a general-purpose sorting algorithm.
22. Mergesort can be used to perform other operations like finding the median of an array.
23. Mergesort is a stable sorting algorithm.
24. Mergesort ensures that two equal values are in the same order as they were in the initial list.
25. Mergesort time complexity is O(nlogn).
26. Mergesort is a comparison-based sorting algorithm.
27. Mergesort has an efficient worst-case complexity O(nlogn).
28. Mergesort is optimal for creating external sort-merge algorithms.
29. Mergesort is often used in parallel processing and multiprocessor systems.
30. Mergesort is implemented in many programming languages, including C, Java, and Python.
31. Mergesort is an efficient technique for sorting data in an external storage device.
32. Mergesort is frequently used whenever stability is necessary.
33. Mergesort is an efficient algorithm, especially for large data sets.
34. Mergesort is easy to implement, maintain or improve.
35. Mergesort decreases the amount of swaps in comparison with other sorting algorithms.
36. Mergesort works by continually merging smaller sorted arrays into larger ones.
37. Mergesort gets rid of several potential problems that arise with sorting algorithms.
38. Mergesort is also a natural choice where stability is required.
39. Mergesort is a divide-and-conquer algorithm that divides the unsorted list into n sub-lists.
40. Mergesort is a popular approach for sorting linked lists.
Common Phases
1. Divide the array into two equal parts;
2. Sort each half using merge sort recursively;
3. Merge the two sorted halves into a single sorted array;
4. Repeat the above steps for each half until all subarrays are sorted;
5. Return the sorted array.