10 PRINT "SCANLINE RENDERING WITH NEURAL NETWORK"
20 REM Define variables
30 DIM A(15), MEM(15), STKE(7), PIXEL(15, 255)
40 REM Initialize memristors (synapses)
50 DATA 64, 128, 192, 0, 255, 127, 63, 31, 15, 7, 3, 1, 0, 0, 0, 0
60 FOR I = 0 TO 15 : READ A(I): MEM(I) = A(I) * 2 ^ (-5) : NEXT I

70 REM Loop through scanlines
80 FOR J = 0 TO 255
90 IF J > 240 THEN GOTO 120
95 PRINT"SCANLINE";J
100 REM For each pixel on the current scanline
110 FOR I = 0 TO 15
120 FOR K = 0 TO 7
130 STKE(K) = STKE(K) OR (((MEM(I) AND 2^K) = 0) AND NOT PIXEL(I, J))
140 NEXT K
150 IF STKE(0) THEN GOTO 160

155 GOTO 170

160 REM Calculate output from neuron 1 based on memristor values and input signal
170 REM (Leaky integrate-and-fire neuron model)
180 FOR I = 0 TO 15
190 IF RND(1) < (1 - EXP(-MEM(I))) THEN PIXEL(I, J) = 1
200 NEXT I

210 GOTO 220

220 REM Update memristors based on output from neuron 1
230 FOR I = 0 TO 15
240 IF PIXEL(I, J) = 1 THEN MEM(I) = (1 - 2 ^ (-5)) * MEM(I)

250 NEXT I

260 REM End loop for current scanline
270 NEXT J

280 REM Display final image
290 PRINT "FINAL IMAGE"
300 FOR J = 0 TO 255
310 FOR I = 0 TO 15
320 PRINT PIXEL(I, J);
330 NEXT I
340 PRINT
350 NEXT J

360 END