Part 2. Generating Discrete Random Variables Write C/C++ functions for generating random numbers from geometric, binomial, and Poisson distributions. The function prototypes should be as follows: • int geometric(double p); • int binomial(int n, double p); • int Poisson (double lambda); You may check the correctness of each of your functions by generating 1,000 or more random numbers from these distributions, calculating the sample means and standard devi- ations using the routines you developed for Lab Assignment 1, and comparing the calculated values to population means and standard deviations.

Computer Networking: A Top-Down Approach (7th Edition)
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Part 2. Generating Discrete Random Variables
Write C/C++ functions for generating random numbers from geometric, binomial, and
Poisson distributions. The function prototypes should be as follows:
• int geometric(double p);
• int binomial(int n, double p);
• int Poisson (double lambda);
You may check the correctness of each of your functions by generating 1,000 or more
random numbers from these distributions, calculating the sample means and standard devi-
ations using the routines you developed for Lab Assignment 1, and comparing the calculated
values to population means and standard deviations.
Transcribed Image Text:Part 2. Generating Discrete Random Variables Write C/C++ functions for generating random numbers from geometric, binomial, and Poisson distributions. The function prototypes should be as follows: • int geometric(double p); • int binomial(int n, double p); • int Poisson (double lambda); You may check the correctness of each of your functions by generating 1,000 or more random numbers from these distributions, calculating the sample means and standard devi- ations using the routines you developed for Lab Assignment 1, and comparing the calculated values to population means and standard deviations.
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