Выходит 12 номеров в год
ISSN Печать: 0040-2508
ISSN Онлайн: 1943-6009
Indexed in
OPTIMIZING POWER LEVEL AND BIT ERROR RATE IN FREE SPACE OPTICAL COMMUNICATION
Краткое описание
Bit Error Rate (BER) in telecommunication is a marker of how data has to retransmit based on error bits occurrence. In optical communication, different coding and modulation schemes have been suggested to improve the BER. Free Space Optical (FSO) communication system has been developed using a 1550 nm optical beam for 3 km. The developed scheme has been tested with four different scenarios where Return to Zero (RZ) and Non-Return to Zero (NRZ) coding besides EAM and Mach-Zehnder modulation schemes have been selected. The selection of the best scenario depends on three factors, which are the power level, min BER, and max Q-Factor. The numerical simulation analysis showed that the NRZ coding and Mach-Zehnder modulation gives the optimized overall performance with the output power level of -33.104 dBm, 1.33816e-024 min BER, and 10.1646 max Q-Factor with the stable eye diagram.
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Er. Rajeev Thakur, (2015) BER Evaluation of FSO Link for Different Duty Cycles of RZ Pulse in Different Conditions of Rainfall, International Journal of Computer Techniques, 7(1), pp.1-12.
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Gurpreet Singh and Chakshu Goel, (2015) Performance Comparison of NRZ and RZ Techniques Over FSO-OCDMA System to Transmit 10 Gbps Data, International Journal of Emerging Trends in Engineering and Development, 5(2), pp 25-33.
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Mazin Ali A. Ali, (2015) FSO Communication Characteristics under Fog Weather Condition, International Journal of Scientific & Engineering Research, 6(1), pp 1350-1358.
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Jahangir Alam, S.M., RabiulAlam, M., Guoqing, Hu, and ZakirulMehrab, Md., (2011) Bit Error Rate Optimization in Fiber Optic Communications, International Journal of Machine Learning and Computing, 1(5), pp 435-440.
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Salim Burdah, RahmatAlamtaha, Octarina Nur Samijayani, SuciRahmatia, and ArySyahriar, (2019) Performance Analysis of Q Factor Optical Communication in Free Space Optics and Single-Mode Fiber, Universal Journal of Electrical and Electronic Engineering, 6(3), pp. 167-175.
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Wei Liu, Kainan Yao, Danian Huang, Jingtai Cao, Liang Wang, and Haijun Gu, (2017) BER Analysis of Coherent Free Space Optical Communication Systems with Holographic Modal Wavefront Sensor, Current Optics and Photonics, 1(1), pp. 1-6.
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Aditi Malik and Preeti Singh, (2015) Free Space Optics: Current Applications and Future Challenges, International Journal of Optics, 2015(1), pp 1-7.
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Anis, A.A., Rashidi, C.B.M., Rahman, A.K., Aljunid1, S.A., and Ali1, N., (2017) Analysis of the effect of BER and Q-factor on Free Space Optical Communication System using Diverse Wavelength Technique, EPJ Web of Conferences 162, 01024, pp 1-5.
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Islam, M.S., Mohammed, A.B., and Al-Gilani, S.A., (2016) Characteristics of Free Space Optics Communication Link in an Unusual Haze, Indian Journal of Pure & Applied Physics,54, pp. 46-50.
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Shehab A. Kadhim, Abd Allah J. Shakir, Akram N. Mohammad, and Nadia F. Mohammad, (2015) System Design and Simulation using (OptiSystem 7.0) for Performance Characterization of the Free Space Optical Communication System, International Journal of Innovative Research in Science, Engineering and Technology, 4(6), pp 4823-4831.
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Srikant Patnaik, SrustiSrujanikaSahu, Anshuman Panda, and Chandni Jaiswal, (2016) Free Space Optical Communication: A Review, International Research Journal of Engineering and Technology (IRJET), 3(4), pp 1261-1265.
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Shaina and Amit Gupta, (2016) Comparative Analysis of Free Space Optical Communication System for Various Optical Transmission Windows under Adverse Weather Conditions, Procedia Computer Science, 89, pp. 99-106.
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Hu Qinggui, Wenguang Long, Bernabeu E., The BER of the New FSO Receiver Manufactured by RTCVD and Solar Cell Technology, International Journal of Optics, 2020, 2020. Crossref