Note : For compiling the program use the command -
gcc pgm_name.cpp -fopenmp
ex-01.cpp : Write an OpenMP program to print "Hello World" with thread number and total number of thread used. CODE
ex-02.cpp : Write an OpenMP program to print message according to even and odd id number of thread. CODE
ex-03.cpp : SAXPY stands for Single Precision A*X+Y , a function in standard basic linear algebra subroutine. It is a combination of scalar multiplication and vector addition represented as Z->A*X+Y. Write an OpenMP program for SAXPY. CODE
ex-04.cpp : Write an OpenMP program to multiply two 2D matrix and display them. CODE
01.cpp : Given an n*n matrix arr and a vector vec of length n, their product res=arr*vec . Write a program to implement the multiplication using OpenMP PARALLEL directive. CODE
02.cpp : Consider a scenario where a person visits a supermarket for shopping. He purhases various items in different sections such as clothing, gaming, grocery, stationary. Write an OpenMP program to process his bill parallelly in each section and display the final amount to be paid. CODE
03.cpp : Consider a person named X on the earth, to find its accurate position on the globe, we require the value of pi. Write a program to compute value of pi function by numerical integration using OpenMP parallel section. CODE
04.cpp : Design, Develop and run a multithreaded program to generate and print Fibonacci series, one thread must generate the series upto number and other thread must print them. Ensure proper synchronization. CODE
05.cpp : University awards gold medal to the student who has scored highest. Write an OpenMP program to find the student with highest cgpa. CODE
06.cpp : Assume you have n robots which pick mangoes in a farm. Write a program to calculate the total number of mangoes picked by n robots parallely using MPI. CODE
07.cpp : Design a program that implements application of MPI Collective Communications. CODE
08.cpp : Implement Cartesian Virtual Topology in MPI. CODE
09.cpp : Design a MPI program that uses blocking send/receive routines and nonblocking send/receive routines. CODE
10.cpp : Multiply two square matrices (1000, 2000 or 3000 dimensions). Compare the performance of a squential and parallel algorithm using openMP. CODE