What is the minimum mean-squared-error achievable

Assignment Help Electrical Engineering
Reference no: EM13263377

A Gaussian source with mean zero and variance 1 is to be transmitted via a channel that can provide a transmission capacity of 1 bit per each source output

a) what is the minimum mean-squared-error achievable (e.g., distortion)?
b) if the maximum tolerable distortion is 0.01, what is the required transmission capacity per source output?
c) if the maximum tolerable distortion is 1, what is the required transmission capacity per source output?

Reference no: EM13263377

Questions Cloud

Find expression for snrout when signal is transmitted by ssb : Assume white Gaussian noise of zero means and power spectral density No/2 is added to the signal at the receiver input. Find the expression for SNRout (SNR at the output of the receiver)
What is the index of refraction for each color : A beam of white light is passed through a prism at an angle of 30o and separated into a spectrum. What is the index of refraction for each color
Describe the economic issues : Provide a clear thesis statement and describe the economic issues - Identify elements of visual and electronic resources and their uses in writing.
Check the assumptions of normality and homogeneity of vary : Epidemiologists are researching the relationship between two levels of tobacco exposure and a positive diagnosis of esophageal cancer. With SPSS, use the data set bd1.sav and the variables tob2 (dichotomized smoking status)
What is the minimum mean-squared-error achievable : A Gaussian source with mean zero and variance 1 is to be transmitted via a channel that can provide a transmission capacity of 1 bit per each source output. a) what is the minimum mean-squared-error achievable
Compute the coefficient of volume expansion of the glass : A glass flask whose volume is 1000cm3 at a temperature of 0.500?C is completely filled with mercury at the same temperature. compute the coefficient of volume expansion of the glass
Find the simplest expression for the outputs using k-maps : design a combinational circuit that, when given a 3-bit binary number as an input, will produce a binary number equal to the square of the input number as an output. Find the simplest expression for the outputs using K-maps.
Find the velocity of the block just after impact : A Bullet of mass 14g strikes a block of mass 1.2kg, which is at rest on a horizontal frictionless surface and is attached to a coil spring shown. Find the velocity of the block just after impact
Find the emf induced between north pole n and any point : A conducting sphere of radius R is spinning at an angular speed ! in presence of an uniform magnetic field ˆzBo. Find the emf induced between north pole N and any point on the equator E. Hint- what is the emf induced between two end points

Reviews

Write a Review

Electrical Engineering Questions & Answers

  What is the force to the nearest tenth of a mn on a charge

what is the force to the nearest tenth of a mN on a charge q=0.71micro coulums at the point p a distance of r=0.22 meters and what is the magnitude of the electric field to the nearest tenth of a N/C

  Calculate full-load current and amount of capacitive kvar

1. Calculate the total (composite) load power factor, true power, reactive power and apparent power. 2. Also calculate the full-load current and the amount of capacitive KVAR needed to bring the overall power factor to .95 lagging.

  Design a wireless sensor node

Develop a Sensor Circuit using commodity component and design a wireless sensor node using commodity wireless modules

  Determine the irradiance of the filament

A coiled tungsten wire of diameter 50um and length 10cm is glowing at a temperature of 2000°C within an evacuated light bulb. Determine the irradiance of the filament and the fraction of irradiance within the visible range of wavelength.

  What is the value of n that could lead to the minimal delay

Consider a long wire represented as distributed RC sections. The total wire length is 5mm. To reduce the wire delay, we uniformly insert n buffers along the wire. Suppose r=12Ohms/m and c=0.2fF/m and the delay of each buffer is 1ns.

  What value of field current will result in a unity pf

A synchronous motor is drawing 90 amps from 240V, 3 phase line at 0.8 pf leading with field current adjusted to 1.2 amps. The synchronous machine Xd is 1.3 ohms. Find a). The power angle delta

  Describe what transpires when an interrupt occurs

What is an interrupt service routine What benefit does the ISR have over standard polling code Discuss challenges experienced in developing the dual interrupt software code.

  Interface binary i/o devices to the microcontroller

Interface binary Input Output devices to the microcontroller

  Find total impedance of network if frequency is given

In a circuit, there is a resister, a conductor and a capacitor connected to voltage source. R = 25 ohms, L = 20 milliH, and C = 50 microF. a) Find the total impedance of the network if the frequency is 60 Hz.

  Design the sign extension component of an i-format data

design the sign extension component of an I-Format Data Path Unit, where a 16 bit number will be extended to a 32-bit number, while mainintaing the sign (signed numbers use 2s complement).

  Determine the output y in each of the given cases

For a discrete-time LTI system, the imput signal is x[n], impulse response is h[n] and output is y[n]. Analytically determine the output y[n] in each of the above cases. x[n]=anu[n-2],|a|

  How the jfet will be operating in the saturation region

Design the circuit  so that the voltage at the gate is -12V, the drain current ID is 1 mA, and the drain to source voltage VDS is 4.7V. The JFET must be operating in the saturation region. Use standard 5% tolerance resistors.

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd