'n' is the length of the desired bitstream (e.g. 's' is the list of the initial state of the LFSR (also 1s and 0s). A linear feedback shift register is a register of bits that performs discrete step operations that LFSR class. 'p' is a list/array of 1s and 0s corresponding to the coefficients of the ![]() ![]() Was planning to see if it was for an assignment or something since I don't like doing people's assessable work for them (not good for learning), but given you're interested and it's not particularly complicated, here: import numpy as np Up to 110 LFSR power consumption reduction was achieved by using the clock-gating technique and the Gray code representation.
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