BER calculation

Closed Posted Mar 15, 2015 Paid on delivery
Closed Paid on delivery

Consider the ISI channel given by the impulse response h(t)=[.1 ,.3, -.2 ,1, .4 ,-.1, .1]. Plot a BER vs Eb/No curve for this channel without using any equalizer with antipodal signaling. Next, design a 3-tap zero-forcing equalizer and use this equalizer for this channel to simulate and plot the BER vs Eb/No curve. Finally, design a 5-tap equalizer and repeat the experiment to plot another BER vs Eb/No curve. All your results should be presented in one figure that shows three simulation curves: no equalizer, 3-tap equalizer and 5-tap equalizer, each distinguished with appropriate legend

Electrical Engineering Matlab and Mathematica

Project ID: #7308438

About the project

6 proposals Remote project Active Apr 15, 2015

6 freelancers are bidding on average $106 for this job

techhelp56935

Hi sir, I am proficient in Matlab and I have been working on LTE and LTE-A (OFDM based wireless standards) - MMSE, LS, Spline channel estimators and MIMO decoders etc and now contributing to 5G research (massive MIMO More

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itachi23

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SharjeelSohail

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MEGiZA2018

Hello. I am a PhD Student studying on Spectral Estimation, DSP, Statistical Signal Processing, Adaptive Signal Processing, Neural Networks and Artifical Intelligence, Estimation Theory and Wireless Communications, and More

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adeelamin15

I have done an BER project on LabVIEW. I am sure its implementation in Matlab with yours additional requirement won't be a difficult task. You can have look at my freelancer portfolio for the plot of Eb/No that I would More

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