1.) Given the control sequences for the execution of three hypothetical instructions: ADD1, ADD2, and ADD3, design the simplified logic signal ADD. 1. 2. 3. 4. 5. 6. 7. 8. 10. 11. 12. 1. 2. 3. 4. 5. CONTROL SEQUENCE FOR THE ADD1 INSTRUCTION 7. 8. PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, Yin, WMFC MDRout, In PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, WMFC MDRout, MARIN, READ WMFC MDRout, MARIN, READ WMFC MDRout, Yin Rlout, Select Y, ADD, Zin Zout, Rlin, END CONTROL SEQUENCE FOR THE ADD3 INSTRUCTION PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, Yin, WMFC MDRout, Rin PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, WMFC MDRout, Yin Riout, Select Y, ADD, Zin Zmat, Riin, END What lines can be connected directly to the OR gate? O T3 O T1 and T3 O T1. T3 and T11 OTI 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. CONTROL SEQUENCE FOR THE ADD2 INSTRUCTION PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, Yin, WMFC MDRout, Rin PCout, MARIA, READ, Select 1, ADD, Zin Zout, FCin, WMFC MDRout, MARin, READ WMFC MDRout, Yin Riout, Select Y, ADD, Zin Zout, Riin, END

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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1.) Given the control sequences for the execution of three hypothetical instructions: ADD1, ADD2, and ADD3, design the simplified logic circuit needed to generate the
signal ADD.
1.
2.
3.
4.
5.
6.
7.
8.
10.
11.
12.
1.
2.
3.
4.
5.
CONTROL SEQUENCE FOR THE ADD1
INSTRUCTION
7.
8.
PCout, MARIN, READ, Select 1, ADD, Zin
Zout, PCin, Yin, WMFC
MDRout, In
PCout, MARIN, READ, Select 1, ADD, Zin
Zout, PCin, WMFC
MDRout, MARIN, READ
WMFC
MDRout, MARIN, READ
WMFC
MDRout, Yin
Rlout, Select Y, ADD, Zin
Zout, Rlin, END
CONTROL SEQUENCE FOR THE ADD3
INSTRUCTION
PCout, MARIN, READ, Select 1, ADD, Zin
Zout, PCin, Yin, WMFC
MDRout, Rin
PCout, MARIN, READ, Select 1, ADD, Zin
Zout, PCin, WMFC
MDRout, Yin
Riout, Select Y, ADD, Zin
Zmat, Riin, END
What lines can be connected directly to the OR gate?
O
T3
O T1 and T3
O T1. T3 and T11
OTI
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
CONTROL SEQUENCE FOR THE ADD2
INSTRUCTION
PCout, MARIN, READ, Select 1, ADD, Zin
Zout, PCin, Yin, WMFC
MDRout, Rin
PCout, MARIA, READ, Select 1, ADD, Zin
Zout, FCin, WMFC
MDRout, MARin, READ
WMFC
MDRout, Yin
Riout, Select Y, ADD, Zin
Zout, Riin, END
Transcribed Image Text:1.) Given the control sequences for the execution of three hypothetical instructions: ADD1, ADD2, and ADD3, design the simplified logic circuit needed to generate the signal ADD. 1. 2. 3. 4. 5. 6. 7. 8. 10. 11. 12. 1. 2. 3. 4. 5. CONTROL SEQUENCE FOR THE ADD1 INSTRUCTION 7. 8. PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, Yin, WMFC MDRout, In PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, WMFC MDRout, MARIN, READ WMFC MDRout, MARIN, READ WMFC MDRout, Yin Rlout, Select Y, ADD, Zin Zout, Rlin, END CONTROL SEQUENCE FOR THE ADD3 INSTRUCTION PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, Yin, WMFC MDRout, Rin PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, WMFC MDRout, Yin Riout, Select Y, ADD, Zin Zmat, Riin, END What lines can be connected directly to the OR gate? O T3 O T1 and T3 O T1. T3 and T11 OTI 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. CONTROL SEQUENCE FOR THE ADD2 INSTRUCTION PCout, MARIN, READ, Select 1, ADD, Zin Zout, PCin, Yin, WMFC MDRout, Rin PCout, MARIA, READ, Select 1, ADD, Zin Zout, FCin, WMFC MDRout, MARin, READ WMFC MDRout, Yin Riout, Select Y, ADD, Zin Zout, Riin, END
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