UFMC System Performance Analysis for Discrete Narrow-band Private Networks

In this paper, the performance of universal-filtered multi-carrier (LJFMC) system is analyzed. Specifically, the UFMC signals are generated with DolphChebyshev, Hamming and Hanning filtering. The characteristics of UFMC signals are also compared with OFDM signal, in both software and hardware-in-the-Ioop simulations. Experimental results show that LJFMC signals have better performance than OFDM signal, by means of side-lobe attenuation, bit-error-ratio (BER) and Error Vector Magnitude (EVM). The results indicate that the LJFMC signal is more suitable than OFDM signal for discrete narrow-band private networks. The results can provide useful information on the design of multi-carrier radio systems.