3. Upload it on Acadox with file named “A1_YourName_YourID_G#.c” else it will not be accepted. eg.1 A1_ahmed_2013000_CS_DS_1.c eg.2 A1_ahmed_2013000_CS_1.c
Matrix Multiplication:
Write a matrix multiplication program. Matrices’ dimensions and values are taken as an input from user. Multiply the two matrices together then print the result to the console.
Note: Must use dynamic allocation.
Example:
Welcome to Matrix multiplication program!
Please enter dimensions of the first matrix: 3 2
Please enter its elements:
1 2
5 8
1 5
Please enter dimensions of the second matrix: 2 2
Please enter its elements:
6 8
10 30
Result Matrix is ( 3 x 2):
26 68 110
180 56 158
You will develop a parallel program of “The matrix Multiplication” using the Master-Slave Paradigm.
1. Use send and receive to distribute the work on slaves.
Example for a parallel scenario (use the scenario you find suitable):
a. Divide rows of 1st matrix across slaves and send to them the complete 2nd matrix.
b. Divide rows of 1st matrix and columns of 2nd matrix across slaves.
2. Handle the remainder workload with any scenario you find suitable.
3. Matrix input is taken from the user.
4. Check if the two matrices can be multiplied first.
Grading Criteria
Reading input from console 10 Using Dynamic Arrays 10 Master process: Distribution of Arrays across slaves 20 Master process: Collecting result from slaves and display result 15 Slave work: Partial Matrix multiplication 20 Handling remaining workload (any scenario accepted) 15 Running and valid output 10
