Lecture 8
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This document discusses register transfer and micro-operations in computer architecture. It covers register transfer language, register transfer, bus and memory transfers, and different types of micro-operations including arithmetic, logic, and shift operations. It also provides examples of a binary adder, binary adder-subtractor, and binary incrementer circuit diagrams to illustrate these concepts.
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Lecture 8
- 1. Register Transfer and Micro-operations 1 Lecture 8 CSE 211, Computer Organization and Architecture Harjeet Kaur, CSE/IT Overview Register Transfer Language Register Transfer Bus and Memory Transfers Arithmetic Micro-operations Logic Micro-operations Shift Micro-operations Arithmetic Logic Shift Unit
- 2. Register Transfer and Micro-operations 2 Lecture 8 CSE 211, Computer Organization and Architecture Harjeet Kaur, CSE/IT Binary Adder FA B0 A0 S0 C0FA B1 A1 S1 C1FA B2 A2 S2 C2FA B3 A3 S3 C3 C4 Binary Adder
- 3. Register Transfer and Micro-operations 3 Lecture 8 CSE 211, Computer Organization and Architecture Harjeet Kaur, CSE/IT Binary Adder-Subtractor Binary Adder-Subtractor FA B0 A0 S0 C0C1FA B1 A1 S1 C2FA B2 A2 S2 C3FA B3 A3 S3C4 M
- 4. Register Transfer and Micro-operations 4 Lecture 8 CSE 211, Computer Organization and Architecture Harjeet Kaur, CSE/IT Binary Incrementer Binary Incrementer HA x y C S A0 1 S0 HA x y C S A1 S1 HA x y C S A2 S2 HA x y C S A3 S3C4