SCSI high byte termination case where there is only one 16-bit (wide) device connected to one or more 8-bit (narrow) devices. Then it is possible to wire all the eight spare data bits and the ninth parity bit together and to terminate them with a single resistor circuit to TERMPOWER. So in the case of a differential SCSI bus, it is possible to terminate all 18 spare signal wires with just one resistor. This method is not considered good practice, but has been successfully used in some SCSI products. SCSI high byte termination In SCSI computer systems, there is a special case with mixed
Stochastic computing computing paradigm. Further information can be found in the referenced book by Mars and Poppelbaum. "Bundle Processing" involves sending a fixed number of bits instead of a stream. One of the advantages of this approach is that the precision is improved. To see why, suppose we transmit formula_26 bits. In regular stochastic computing, we can represent a precision of roughly formula_27 different values, because of the variance of the estimate. In bundle processing, we can represent a precision of formula_28. However, bundle processing retains the same robustness to error of regular stochastic processing. "Ergodic Processing" involves sending a stream of