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Write a function called maxsubsum that takes a matrix A as an input, computes the sum of elements in each of its submatrices, and finds the submatrix that has the maximum sum. (For the purposes of this exercise, we define a submatrix as a matrix formed by a contiguous set of elements of the original matrix.) If there are more than one with the same maximum sum, the function can pick any one of them. Note that the entire matrix is considered to be a submatrix of itself, but because some elements of the matrix may be negative, it may not have the maximum sum. The function is defined like this:function [row,col,numrows,numcols,summa] = maxsubsum(A)where row and col specify the indexes of the top left corner of the submatrix with the maximum sum, numrows and numcols are its dimensions, and summa is the sum of its elements.
We expect the file to contain grades represented by integer values, one per line. If you encounter a value that is not an integer, you should throw an exception, print a message to the console, skip that value, and continue processing.
Develop a Business Systems Plan (with full justification as to how these are applicable for the organisation) so as to accommodate mobile access to various services provided by the hospital.
You will need to design an application that will receive the weight of a parcel and calculate and display the cost per kilogram and the delivery charge for that parcel
Your task is to show that breaking the scheme is approximately as difficult as a brute-force attack against single DES.
Describe the distinction between an ambiguity in a proposed algorithm and an ambiguity in the representation of an algorithm. Describe how the use of primitives helps remove ambiguities in an algorithm's representation.
How many cells can be in a computer's main memory if each cell's address can be represented by two hexadecimal digits? What if four hexadecimal digits are used? Explain your answer.
Briefly describe what double hashing is and describe what problem double hashing helps to resolve. Also, provide an example of a rule that can be used for a double hashing probe sequence
Write a program that will read in a height in feet and inches (feet should be an integer, while inches should be a float) and will output the equivalent height in meters (as a float). Use at least three functions
a program that performs Depth First Search in a graph
Construct an entity-relationship (ER) model for the database. Make sure you include in your model details of entities, relationships, attributes, keys and limits in participation.
Describe an implementation of that algorithm on an SIMD computer where the processors are connected to form a linear array
Babylonian Algorithm. The Babylonian algorithm to compute the square root of a positive number n is as given:
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