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Exercise
Write functions to implement the split, merge, and merge sort algorithms for files.
The response must be typed, single spaced, must be in times new roman font (size 12) and must follow the APA format.
Create a shell script that will calculate the number of files in your account hat were last modified five or more days ago and when you run the shell script,
People from 3-different income levels, A, B, and C, rated each of 2-different items with a number 0 through 10. Create a file in which each line contains the income level and item rankings for one respondent.
Pseudocode contains pseudo-code for a program which processes a client file (the master file) and a service file (the transaction file) by updating the clientTotal field in the client file according to the serviceTotal field in the service file.
implement the queue data structure - circular linked list to implement the queue data structure as described in java.
Give the pseudocode and flowchart that would show how one of the additional data structures could be implemented to search data.
Use the dynamic programming technique to find an optimal parenthesization of a matrix-chain product whose sequence of dimensions is
Continue to properly document your source code. Write this program as if you were explaining it to someone new to arrays. Fully document your code in such a way newcomers to Java will understand and be able to implement a Java array.
The "linked list" has a integer "position". In an array, the position is very easy to implement as it is related to the "index" of the array. In the "linked list", the position is much more difficult.
Identify how you could improve both the readability of the algorithm in its implementation, and its performance.
Give an O(log n) algorithm to find an integer from [1, m] that is not present in A and find the smallest such integer. Explain why your algorithm is correct.
Show the result of inserting these keys by using linear probing, using quadratic probing with c1 = 1and c2 = 3, and using double hashing with h2(k) = 1 + (k mod (m-1)).
Devise an algorithm that, given the array of coins, determines the maximum amount of money that player #1 can definitely win.
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