Response of DC motor angular shift vs time
This example illustrates the behaviour of a third order differential equation in real time. (by Dr. F. Pourboghrat and Girish Kakanur, Jan 2005)

Output voltage response for a series RLC resonant circuit

This example illustrates application of differential equations. Change in response of a Second Order system is seen when the individual R, L and C values are changed.  (by Dr. F. Pourboghrat, Anil Mehta and Girish Kakanur, Jan 2005)

Plot of Gaussian Probability Density Function (PDF) (Continous Distribution)

Plot of Gaussian probability density. Mean and variance values for the distribution can be changed to see the effect on the probability density function. (by Dr. R. Viswanathan and Anil Mehta, March 2005)

Poisson Probability Mass Function (PMF) plot (Discrete Distribution)

This example illustrates discrete probability distribution. Poisson distribution is used as an example. It is a popular distribution in modelling arrival times in several applications. Mean value for the distribution can be changed to see the effect on the probability mass function. (by Dr. R. Viswanathan and Anil Mehta, March 2005)

Response of Second Order System 

This example illustrates the Pole locations and Step response of an Control System. It uses a Second Order system as an example. The inputs to the code are the Damping Ratio and Natural Frequency of the system.  (Compiled by Farshad Farid, March 2005)

Plot of a continuous time signal using discrete time samples  (Compiled by Anil Mehta, Vikas Manra and Shawn Muir, March 2005)

Interarrival time for a Queue 

The length of time between arrivals at a queue is distributed as an exponential random variable. This simulation provides a snap-shot of arrivals in a queue.(by Dr. R. Viswanathan and Anil Mehta, March 2005)

Effect of Noise on Communication Signal 

Additive White Gaussian Noise (AWGN) affects the performance of a communication system. We illustrate this by showing the effect of AWGN on the detection of a digital signal. You can change the variance of noise to see how noise impacts the quality of the received signal.(by Dr. R. Viswanathan and Anil Mehta, March 2005)