The top two rows are concerned with the selection of candidate configurations filtering, exclusively, by minimum cost and maximum TR value, respectively.
On the other hand, the coded error performance of GOFDM MMSE receiver compared to GFDM MMSE receiver depends on the configuration of filter bank and SNR value.
In addition, choosing an appropriate configuration of filter bank yields lower peak to average power ratio in transmit signal of GOFDM compared to that of OFDM.
In addition, it is shown GFDM and GOFDM transmitters which employ an appropriate configuration of filter bank can improve peak to average power ratio (PAPR) compared with that of OFDM transmit signal.
Although the proposed approach is applicable for any passive filters configuration, an L-filter active rectifier is used as the test system.
Data were sampled using an analog-to-digital converter (Digidata 1440A, Molecular Devices) at 100 kHz in whole-cell configuration and filtered at 5 kHz using a low pass Bessel filter.
We consider two possible configurations of filter structures, the symmetric and asymmetric ones.
To achieve this configuration, the filtering structures are designed using network synthesis method in order to improve the bandwidth performance.
Using the optimal designs of both configurations, the filter area required per cow for a woodchip filter is more than four times less than for a sand filter.
A modified immune clonal selection algorithm, called immune memory clonal selection algorithm, is employed to perform the configuration of filters design.
