Question

rary 1000: use feee.std logic 1164. a11 usc iece.numeric std.al1 114 use iete. nuneroi entity 1s in stdlogi :u Sto logic port A,B.C,D,w,x,Y,Z ผู้ไ end o2; E architecture azs or a2 1s hegin ((not C) and D): ((E) or ((not C) and (o))) and (c)) or ((E) and ((e) and (not C) and (nat D)) or <-(((a) (B) and (not C)) or and 더 or CCnot匍and CY) and (not Ζ)) or (w and X and Y) or CCnot匍and O ) and (not Y))) and (cw and Y) or CCnot匍and Сх) and ( not Ζ)) or C(not x) and CY) and (not Z)) cr COO and Cnot Y) and (z))); CD) or (c) or (D))); Fİİİ e-((CA) and (not D)) ur CCnot A) and (E)) or CCnut C) and (D)) or (Crot B) and (c))) and CC(not A) or (nut B) or (not C) or (not D)) and (CA) or end qzs

Compare your simplified expression equation derived manually with the equation obtained with Quartus II. Use Quartus II analysis and synthesis report to get the equation after successful compilation. My question is where to find the equation? I have compiled my code but couldn't find the equation from Quartus.

Answer 1

Solution:

The equation can be solved manually as below