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Nextexams/ece241_2013_q2

Implement the circuit described by the Karnaugh map below.

Try to simplify the k-map before coding it. Try both product-of-sums and sum-of-products forms. We can't check whether you have the optimal simplification of the k-map. But we can check if your reduction is equivalent, and we can check whether you can translate a k-map into a circuit.

Module Declaration

module top_module(
    input a,
    input b,
    input c,
    input d,
    output out  ); 

Hint...

For this function, changing the value of any one input always inverts the output. It is a simple logic function, but one that can't be easily expressed as SOP nor POS forms.

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module top_module( ); endmodule

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• adder3
• exams/m2014_q4j
• exams/ece241_2014_q1c
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• · exams/ece241_2013_q2
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• exams/2012_q1g
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Nextexams/ece241_2013_q2