Indian Journal of Pure and Applied Physics

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Channel Estimation of FBMC Aux, FBMC and OFDM, based on BER and PAPR for 5G Systems


Affiliations
1 National Institute of Technology Jamshedpur, Jamshedpur 831 014, India
2 National Institute of Technology Delhi, Delhi 110 040, India

In this generation of high-speed internet many research organizations are still busy finding the best candidate for the upcoming next generation of cellular mobile communication. These days mobile communication is divided into two parts, one is calling service and second is internet connectivity. Though many waveforms have been suggested for the fifth generation of mobile communication but out of which getting a compared output results on the basis of channel estimation is required. Through this research paper, FBMC Aux, FBMC, and OFDM are compared in terms of BER and PAPR to find our best candidate for future 5th generation mobile and data communication. A comparison of the time index is also done to verify the merits and demerits of the FBMC and FBMC Aux in this paper.
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  • Channel Estimation of FBMC Aux, FBMC and OFDM, based on BER and PAPR for 5G Systems

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Authors

Manisha Bharti
National Institute of Technology Jamshedpur, Jamshedpur 831 014, India
Ayush Kumar Agarwal
National Institute of Technology Delhi, Delhi 110 040, India
Jayendra Kumar
National Institute of Technology Jamshedpur, Jamshedpur 831 014, India

Abstract


In this generation of high-speed internet many research organizations are still busy finding the best candidate for the upcoming next generation of cellular mobile communication. These days mobile communication is divided into two parts, one is calling service and second is internet connectivity. Though many waveforms have been suggested for the fifth generation of mobile communication but out of which getting a compared output results on the basis of channel estimation is required. Through this research paper, FBMC Aux, FBMC, and OFDM are compared in terms of BER and PAPR to find our best candidate for future 5th generation mobile and data communication. A comparison of the time index is also done to verify the merits and demerits of the FBMC and FBMC Aux in this paper.