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Math Help - Mathlab code

  1. #1
    Newbie
    Joined
    Mar 2009
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    Mathlab code

    it's Nafis.Hope all of you are fine.I am doing my Msc project on Cooperative diversity.I need your help to implement some design.Could you please help me.It's urgent.I have to submit my Msc project on 25th of April.I am giving the design below:




    1.Transmitter ----------------- Relay--------------------Receiver

    Case-1

    ---- apply amplfy and forward on the relay and estimate BER performance(y-axis) ,In x-axis SNR.(mathlab code 1)
    -----apply decode and forward on the relay and estimate BER performance(y-axis) ,In x-axis SNR.(mathlab code 2)

    For your kind information i want to use BPSK modulation scheme.




    2.Transmitter(Tx will be same) ----------------- Relay(Number of relay will be increased)--------------------Receiver(Rx will be same)


    In case 2: I have to implement the same thing which i said in case1 bt the only difference will be increased number of relay..

    Have to apply after increasing number of relay.

    ---- apply amplfy and forward on the relay and estimate BER performance(y-axis) ,In x-axis SNR.(mathlab code 1)
    -----apply decode and forward on the relay and estimate BER performance(y-axis) ,In x-axis SNR.(mathlab code 2)


    Your help would be highly appreciaable.


    Regards


    Nafis
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  2. #2
    Grand Panjandrum
    Joined
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    Quote Originally Posted by nafis2007 View Post
    it's Nafis.Hope all of you are fine.I am doing my Msc project on Cooperative diversity.I need your help to implement some design.Could you please help me.It's urgent.I have to submit my Msc project on 25th of April.I am giving the design below:




    1.Transmitter ----------------- Relay--------------------Receiver

    Case-1

    ---- apply amplfy and forward on the relay and estimate BER performance(y-axis) ,In x-axis SNR.(mathlab code 1)
    -----apply decode and forward on the relay and estimate BER performance(y-axis) ,In x-axis SNR.(mathlab code 2)

    For your kind information i want to use BPSK modulation scheme.




    2.Transmitter(Tx will be same) ----------------- Relay(Number of relay will be increased)--------------------Receiver(Rx will be same)


    In case 2: I have to implement the same thing which i said in case1 bt the only difference will be increased number of relay..

    Have to apply after increasing number of relay.

    ---- apply amplfy and forward on the relay and estimate BER performance(y-axis) ,In x-axis SNR.(mathlab code 1)
    -----apply decode and forward on the relay and estimate BER performance(y-axis) ,In x-axis SNR.(mathlab code 2)


    Your help would be highly appreciaable.


    Regards


    Nafis
    Your question seems to assume too much domain specific knowlege. It is unlikely you will get help here with the question as it is.

    CB
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