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In a one minute interval, the number of requests for access to a web-based game is a Poisson random variable with a mean of 20.
(a) Find the probability that more than 25 requests are received in the one minute interval by applying the central limit theorem. (Hint: apply the de Moivre-Laplace approximation)
(b) Calculate the exact probability in part (a) using the Poisson random variable. Compare with the result you obtained in part (a). (Hint: use Matlab to code the Poisson PMF)
(c) The web game server has a capacity for C requests per minute. If the number of requests exceed C, the server is overloaded. Apply the central limit theorem to estimate the smallest value of C for which the probability of overload is less than 0.05.
(d) Use MATLAB to calculate the actual probability of overload for the value of C derived from the central limit theorem in part (c).
(e) For the value of C derived from the central limit theorem, what is the probability of overload in a one-second interval?
(f) Comment on the application of the central limit theorem to estimate the overload probability in the one-second interval versus that in the one-minute interval.
Sketch the z-plane pole-zero plot and determine the stability status for the following digital system.
A typical industrial robot has degrees of freedom. A unity feedback position control system for a force -sensing joint has the following transfer function. Discuss how you will obtain the Bode Plot for the above mentioned control system.
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fuel consumption of an aircraft in short flight is given by the functionm -0.000653 a2 0.127 a - 5.01where m is the
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