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Suppose we observe a random process (without any noise) over a time interval Based on this observation, we wish to predict the value of the same random process at time That is, we desire to design a filter with impulse response, , whose output will be an estimate of
(a) Find the Wiener-Hopf equation for the optimum (in the minimum mean square error (MMSE) sense) filter.
(b) Find the form of the Wiener filter if
c) Find an expression for the mean square error
The goal of this homework is to understand the design
Determine the current through the source resistor Rs of each network of given figure using either mesh or nodal analysis. .
determine the GO-Hz per-phase reactance of the line in Ω/km.
Give a different equation, in terms of the input and output, to describe the system. Is the system stable?
An enhancement type nmos transistor with Vt = .7 V conducts iD= 100 micro A .. when V GS = V DS = 1.2 V . Find the value of i D for V GS = 1.5 V and V DS = 3V . caculate the value of the daain source resistance r DS for small V DS and V GS = 3.2 V
Consider a BPSK signal where each bit is represented by a triangular pulse with width T and height A. What is the "energy per bit" for this BPSK pulse with A=7V and T=0.008s
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Suppose that a three-bus power system has the subtransient bus impedance matrix given below, and that the power system is initially unloaded with a pre-fault bus voltage of 0.98 pu. Assume that a symmetrical three-phase fault occurs at Bus 1, and ..
What is Intermediate switch, its construction, working principle and uses in different wiring (lighting etc) circuits?
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A wattmeter connected to a 240-volt 60 Hz series RL circuitindicates a reading of 691 watts. A clamp-on ammeter used to measure current flow indicates a current of 4.8 A.
A Barangay power station supplies 60kW to a load over2,500 ft, 100 mm2, two conductors copper feeder, theresistance of which is 0.078 Ω per 1000ft. The bus bar voltageis maintained constant at 600 V. Determine the load current.
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