1. Consider the following Boolean expression: f = abcd + abce + ab'cd' + ab' e'd + a'c+ cdf + abc'd'e' + ab'c'df' (a) Minimize the expression in the SOP form using the espresso two-level logic minimizer. (b) Compute all kernels of the minimized expression and apply Quick Factor (using the first 0-level kernel) to minimize the number of literals. Apply Quick Factor recursively to all components of the decomposed function (Q, D, R). (c) Sketch the resulting minimized Boolean network. How many literals have been saved by fac- torization?

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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parts B and C please, I have done part A and  the answer is the equation F = A’C+CE+C’F’+D’F’+AB’D’+CDF+AC’D’E’+B’F’

1.
Consider the following Boolean expression:
f = abcd + abce + ab'cd' + abd'd + a'c +cdf + abe'd'e' + ab'c'af'
(a) Minimize the expression in the SOP form using the espresso two-level logic minimizer.
(b) Compute all kernels of the minimized expression and apply Quick Factor (using the first 0-level
kernel) to minimize the number of literals. Apply Quick Factor recursively to all components
of the decomposed function (Q, D, R).
(c) Sketch the resulting minimized Boolean network. How many literals have been saved by fac-
torization?
Transcribed Image Text:1. Consider the following Boolean expression: f = abcd + abce + ab'cd' + abd'd + a'c +cdf + abe'd'e' + ab'c'af' (a) Minimize the expression in the SOP form using the espresso two-level logic minimizer. (b) Compute all kernels of the minimized expression and apply Quick Factor (using the first 0-level kernel) to minimize the number of literals. Apply Quick Factor recursively to all components of the decomposed function (Q, D, R). (c) Sketch the resulting minimized Boolean network. How many literals have been saved by fac- torization?
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