write code that runs in the arduino to calculate the running mean and the running standard deviation. you can use the basic code that is given in chapter 2 that is given.

Tuy und Noise MEAN AND STANDARD DEVIATION USING RUNNING STATISTICS 110 120 DIM X[511] 'The signal is held in X[0] to X[511] 130' 140 GOSUB XXXX 'Mythical subroutine that loads the signal into X[] 150 160 N% = 0 "Zero the three running parameters 170 SUM = 0 180 SUMSQUARES = 0 190' 200 FOR 1% = 0 TO 511 'Loop through each sample in the signal 210 220 N% = N%+1 'Update the three parameters 230 SUM = SUM + X(1%) 240 SUMSQUARES = SUMSQUARES + X(1%)^2 250 , 260 MEAN = SUM/N% 'Calculate mean and standard deviation via Eq. 2-3 270 VARIANCE = (SUMSQUARES - SUM^2/N%) 7 (N%-1) 280 SD = SOR(VARIANCE) 290 300 PRINT MEAN SD 'Print the running mean and standard deviation 310 ) 320 NEXT 1% 330 340 END TABLE 2-2 Tuy und Noise MEAN AND STANDARD DEVIATION USING RUNNING STATISTICS 110 120 DIM X[511] 'The signal is held in X[0] to X[511] 130' 140 GOSUB XXXX 'Mythical subroutine that loads the signal into X[] 150 160 N% = 0 "Zero the three running parameters 170 SUM = 0 180 SUMSQUARES = 0 190' 200 FOR 1% = 0 TO 511 'Loop through each sample in the signal 210 220 N% = N%+1 'Update the three parameters 230 SUM = SUM + X(1%) 240 SUMSQUARES = SUMSQUARES + X(1%)^2 250 , 260 MEAN = SUM/N% 'Calculate mean and standard deviation via Eq. 2-3 270 VARIANCE = (SUMSQUARES - SUM^2/N%) 7 (N%-1) 280 SD = SOR(VARIANCE) 290 300 PRINT MEAN SD 'Print the running mean and standard deviation 310 ) 320 NEXT 1% 330 340 END TABLE 2-2