Consider the user-defined MATLAB function below, ht_mp_ch(). The function ht_mp_ch(), outputs the sampled version of the impulse response...

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Electrical Engineering

Consider the user-defined MATLAB function below,ht_mp_ch().
The function ht_mp_ch(), outputs the sampled version of the impulseresponse h_mp(t) of the multipath fading channel as avector.

functionimpulse_response=ht_mp_ch(max_delay,L,decay_base,t_step)
t_vector=0:t_step:max_delay;
mp_tmp=0(t_vector);
path_delays=[0 sort(rand(1,L-1)max_delay)];
impulse_positions=floor(path_delays/t_step);
mp_tmp(impulse_positions+1)=exp(j2pirand(1,L));
mp_tmp=mp_tmp.(decay_base.^(t_vector/max_delay));
impulse_response=mp_tmp/sqrt(sum(abs(mp_tmp).^2));

Explain what the variable on the left-hand side represents andjustify how the right-hand side expression is formulated by addingcomments to every line.

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3.8 Ratings (522 Votes)

The above given code in MATLAB which defines and represents as follows htmpch is a syntax code which is written for a variable htmpch is a variable in which ht denotes a vector and mp denotes multipath and ch represents channel See Answer

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