%0 Journal Article %1 bobby2018analytical %A Bobby, Barua %D 2018 %J Integrated Optics and Lightwave: An International Journal (OPTLJ %K (DD) (FSO) (MIMO) (PPM) Direct communication detection distribution free gamma-gamma input modulation multiple optical output position pulse receiver space %N 1 %P 35-44 %T ANALYTICAL PERFORMANCE EVALUATION OF A MIMO FSO COMMUNICATION SYSTEM WITH DIRECT DETECTION OPTICAL RECEIVERS UNDER TURBULENT CONDITION %U https://airccse.com/optlj/current.html %V 1 %X MIMO FSO correspondence is examined as of late to build up a hearty correspondence connects within the sight of atmospheric turbulence. In this paper an analytical approach is developed to assess the impact of atmospheric turbulence on BER performance of a MIMO FSO communication system with Q-ary Pulse Position Modulation (QPPM). Examination is exhibited to discover flag to clamor proportion at the yield of an immediate location collector with optical power modulator under strong turbulent condition which is modeled as gamma-gamma distribution. The outcomes demonstrate that the BER performance is emphatically debased because of the impact of atmospheric turbulence. In any case, the execution can be enhanced by expanding the quantity of transmitters, beneficiaries and request of Q in PPM. Results demonstrate that the FSO MIMO framework with M=8, N=4 Q=4 gives the 22 dB improvement at BER of 10-9.

@article{bobby2018analytical, abstract = {MIMO FSO correspondence is examined as of late to build up a hearty correspondence connects within the sight of atmospheric turbulence. In this paper an analytical approach is developed to assess the impact of atmospheric turbulence on BER performance of a MIMO FSO communication system with Q-ary Pulse Position Modulation (QPPM). Examination is exhibited to discover flag to clamor proportion at the yield of an immediate location collector with optical power modulator under strong turbulent condition which is modeled as gamma-gamma distribution. The outcomes demonstrate that the BER performance is emphatically debased because of the impact of atmospheric turbulence. In any case, the execution can be enhanced by expanding the quantity of transmitters, beneficiaries and request of Q in PPM. Results demonstrate that the FSO MIMO framework with M=8, N=4 Q=4 gives the 22 dB improvement at BER of 10-9.}, added-at = {2019-02-13T13:22:46.000+0100}, author = {Bobby, Barua}, biburl = {https://www.bibsonomy.org/bibtex/2d163100d4ee20693b6de6041c42fd824/clinden}, interhash = {a0c4eabf73cfc0e00da4175c11500334}, intrahash = {d163100d4ee20693b6de6041c42fd824}, journal = {Integrated Optics and Lightwave: An International Journal (OPTLJ}, keywords = {(DD) (FSO) (MIMO) (PPM) Direct communication detection distribution free gamma-gamma input modulation multiple optical output position pulse receiver space}, number = 1, pages = {35-44}, timestamp = {2019-02-13T13:22:46.000+0100}, title = {ANALYTICAL PERFORMANCE EVALUATION OF A MIMO FSO COMMUNICATION SYSTEM WITH DIRECT DETECTION OPTICAL RECEIVERS UNDER TURBULENT CONDITION}, url = {https://airccse.com/optlj/current.html}, volume = 1, year = 2018 }