class. Using arrays of various sizes, the program should count the number of comparisons and count the number of swaps of each sort. For the purpose of our experimentation, these two counts define our performance criteria. Write a program which inputs an array of integers and sorts them with Bubble sort, Insertion sort, Selection sort, and Merge Sort. Merge Sort should be written recursively. Include counters in your algorithms so you can output how many comparisons and swaps were done by each sorting algorithm, which will indicate the running time of each algorithm. Run the sorting algorithms on the following lists and verify that the number of comparisons matches the theoretical analysis. For each run, copy the console output and include in your assignment along with the size and type of the array sorted. You should make your program modular enough to allow additional sorts to be added, if required. (You can follow the template code at
Please do in Java if possible
Create a program that provides a framework for experimentation with the variety of sorting algorithms that were covered in class. Using arrays of various sizes, the program should count the number of comparisons and count the number of swaps of each sort. For the purpose of our experimentation, these two counts define our performance criteria. Write a program which inputs an array of integers and sorts them with Bubble sort, Insertion sort, Selection sort, and Merge Sort. Merge Sort should be written recursively. Include counters in your algorithms so you can output how many comparisons and swaps were done by each sorting
Run the sorting algorithms on the following lists and verify that the number of comparisons matches the theoretical analysis. For each run, copy the console output and include in your assignment along with the size and type of the array sorted. You should make your program modular enough to allow additional sorts to be added, if required. (You can follow the template code at the end where Insertion sort is already implemented for you, you need to add the remaining sorts)
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1,000 equal Integers.
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1,000 random Integers.
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1,000 increasing Integers.
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1,000 decreasing Integers.
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10,000 equal Integers.
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10,000 random Integers.
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10,000 increasing Integers.
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10,000 decreasing Integers.
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