Convert this question to Subroutines > F = [(A. B) + (A'. B')]” = [(A. B)'. (A'. B')']' ORG 100 LDA A // Load A operand to AC HLT // END Program AND B CMA STA T1 LDA A CMA STA T2 LDA B CMA AND T2 CMA // Store AC result in T1 // Load A operand to AC // Complement result in AC // Store AC [A'] result in T2 // Load B operand to AC // Complement result in AC // AND B' with T2[A'] operand // Complement result in AC AND T1 // AND [(A'.B')'] with T1[(A.B)'] CMA // Complement result in AC STA F // Store AC result in F // AND A operand with B operand B, HEX 01 // Complement result in AC A, HEX 01 T1, HEX O T2, HEX 0 F, HEX 0 END

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Convert this question to Subroutines
> F = [(A. B) + (A'. B')]” = [(A. B)'. (A'. B')']'
ORG 100
LDA A
// Load A operand to AC
HLT
// END Program
AND B
CMA
STA T1
LDA A
CMA
STA T2
LDA B
CMA
AND T2
CMA
// Store AC result in T1
// Load A operand to AC
// Complement result in AC
// Store AC [A'] result in T2
// Load B operand to AC
// Complement result in AC
// AND B' with T2[A'] operand
// Complement result in AC
AND T1 // AND [(A'.B')'] with T1[(A.B)']
CMA // Complement result in AC
STA F // Store AC result in F
// AND A operand with B operand
B,
HEX 01
// Complement result in AC
A,
HEX 01
T1,
HEX O
T2,
HEX 0
F,
HEX 0
END
Transcribed Image Text:Convert this question to Subroutines > F = [(A. B) + (A'. B')]” = [(A. B)'. (A'. B')']' ORG 100 LDA A // Load A operand to AC HLT // END Program AND B CMA STA T1 LDA A CMA STA T2 LDA B CMA AND T2 CMA // Store AC result in T1 // Load A operand to AC // Complement result in AC // Store AC [A'] result in T2 // Load B operand to AC // Complement result in AC // AND B' with T2[A'] operand // Complement result in AC AND T1 // AND [(A'.B')'] with T1[(A.B)'] CMA // Complement result in AC STA F // Store AC result in F // AND A operand with B operand B, HEX 01 // Complement result in AC A, HEX 01 T1, HEX O T2, HEX 0 F, HEX 0 END
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