The aim of the project was to apply the wavelength diversity technique in order to reduce the atmospheric turbulence in m-Nakagami model for different values of m.

First we started the coding in MATLAB by generating graphs which proved power density functions for m-Nakagami fading model. We calculated the power density curve for different wavelengths and multiple values of m. We observed the results and successfully generated the output. After that, we focused in the BER analysis of the BPSK modulation and constructed a code to plot BER vs SNR curve for the same. We calculated SNR and BER for bpsk modulation and plot the curve for ber vs snr analysis.

 

We observed the output and researched further in the field. We tried to develop a code for wavelength diversity in bpsk modulation. We then tried to plot the curve for m-Nakagami model and plotted the curve of SNR vs BER for the wavelength diversity technique.  The ouput for the same was observed and the aim of the project was achieved.