In order to meet the requirements of real-time calculation of fractional-order signal transformation, a hardware implementation scheme of a reconfigurable fractional-order signal transformation processor based on Altera StratiX II FPGA platform is proposed. According to the angle decomposition algorithm, a general hardware framework is designed and implemented. By using the reconfigurability of FPGA, various fractional-order signal transformation functions can be realized through simple parameter adjustment. Experiments show that this system is highly flexible and provides a good platform for the rapid development of various real-time systems based on fractional-order signal transformation.
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