kukumaluboy
- 61
- 1
ab'c + a'b + bc' + abc
= ac + a'b + bc' (How to further reduce this?)
Kmap gives B + AC
= ac + a'b + bc' (How to further reduce this?)
Kmap gives B + AC
The discussion revolves around the simplification of the Boolean expression ab'c + a'b + bc' + abc, specifically exploring whether it can be simplified using Boolean algebra to the form B + AC, as opposed to using Karnaugh maps (K-maps).
Participants generally agree that K-maps provide a clear method for simplification, but there is no consensus on the effectiveness or ease of algebraic methods. The discussion remains unresolved regarding the specific algebraic steps to achieve the simplification.
The discussion highlights the potential complexity of algebraic simplification compared to K-map methods, but does not resolve the specific algebraic steps or assumptions involved.
Do you know about karnaugh maps? The reduction to B + AC is trivial and obvious if you do.kukumaluboy said:ab'c + a'b + bc' + abc
= ac + a'b + bc' (How to further reduce this?)
Kmap gives B + AC
You can reduce ac + a'b + bc' further using DeMorgan's theorem as a first step.kukumaluboy said:As in is there a boolean algebra way?
Sorry, yes, your subject line does say algebraic simplification. As milesyoung said, use deMorgan's theorems.kukumaluboy said:As in is there a boolean algebra way? Yea i know it can be done in kmap. Just curious
First question: do you know De Morgan's theorems?kukumaluboy said:As in is there a boolean algebra way? Yea i know it can be done in kmap. Just curious