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like this? imagine 64 lines of ones, sixty-four 1's to a line. all lines moving right to left. all lines are moving simultaneously in respect to each. all inputs are accomplished on the right hand side of each data line. the data (the ones) moves from the right hand side input to the left. as the data moves from right to left, the data is siphoned upward through each line progressing its way from right to left and lower to upper. the data moves from the parallel lower levels to the next upper adjacent level. as the data moves in each layer it streams upward and to the left. the data (the ones) jump up layer by layer until they stream themselves moving towards the most upper left hand point where they exit each layer contributes to the final output of the data stream. now multiply this process with as many layers and with as many machinations of the data processing device as the CPU is able to handle, and you have the simplest of procedures for performing the most complex operations of data recovery. the process utilizes ones and lesser ones. the lesser ones are read as zero's. it is a finite data recovery process.