Digital design, logic gates, Boolean algebra

n-BIT MAXIMUM VALUE SELECTOR

Consider a simple device that takes two n-bit unsigned magnitude binary inputs A and B representing two numeric values ranging from zero to (2^n) - 1. The n inputs for A are represented by input variables A(n-1) through A0. Values for B and C are represented similarly. The n-bit output C of the device will be the GREATER of the two binary values presented on the n-but inputs A and B.

Design a 1-bit maximum value selector designed to be used to solve larger problems using an iterative design approach. This may require your one-bit design to have ADDITIONAL in- puts and/or outputs that are used by the 1-bit devices to communicate information about the progress of the overall task to EACH OTHER. What information might one stage of the de- vice need to communicate to other stages of the device? In which direction does information need to follow (MSB-LSB or LSB MSB)? . Construct a 4-bit maximum value selector (two 4-bit inputs A[3:0] and B[3:0], and one 4-bit output C(3-0 sing YOUR 1-bit bit maximum value selector designed for iterative imple- mentation. Simulate your design, t