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VLDS Channel Model
1b Discrete Time Representation Of PR4 Channel Response
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Adaptive Equalization addr array array_b[i ascii binary bit cell sampling bit stream cell sampled data central tap gain coefficient lookup table coefficient updates Coefficients during equalization complement DAF EPROM data Data extractor stage data generator program decimal values digital adaptive filter eight tap gains Enter optimal coefficient error table error[i estimate exit(l eye pattern finite impulse response FIR filter float fprintf(stderr fractional binary gain and bottom GPIB group delay hardware histograms i<size input Intersymbol Interference Kontron LMS algorithm Logic Analyzer magnetic recording MAX0 mean square error mmax mmin NULL optimal coefficient value outfp parameters partial response printf printf("exited remaining eight tap representation and bottom Sample every twelfth Set 2 Set Set Set Set shown in figure sign algorithm signal sprintf(outfile Step tape dropout temp transfer dataNn two's complement UPDATE Coefficients value for tap VLDS waveform zero