Binary Logic Prediction
Dear Ghanaians,
I am writing to you to the effects of the central logistic
prediction model in binary representation of data, logic gates, and sequential
logic circuits as long as electrical engineering, computer engineering, and
mechanical engineering are concerned.
As most of Ghanaians may be aware, digital in the form of
computers and embedded microcontrollers almost always have an impact in the
engineering design of nearly systems, including automobiles, appliances, buildings,
highways, and chemical processing, plants etc. For a given type of binary logic
circuit, one range of voltages represents logic 1, and another range of
voltages represents logic 0. It may also occur that a logic signal, of one
range of amplitudes represents logic 1, and nonoverlapping range represents
logic 0, and no meaning is assigned to the remaining amplitudes, which ordinary
do not occur or occur only during transitions.
Because digital circuits are (almost always) designed to
operate with only binary symbols 0, and 1, it is necessary to represent
numerical and other data as words composed of 0s and 1s. In view of this, I
strongly hope that the central binary logistic prediction model has useful role
to play in binary representation of data, logic gates, and sequential logic
circuits as long as electrical engineering, computer science(or engineering), and
mechanical engineering are concerned.
Yours faithfully,
William Ayine Adongo.
