Question: For the microprogrammed architecture of Figure P7.l, define the sequence of actions (i.e., microoperations) necessary to implement the instruction TXPl (DO)+' Dl that is defined
For the microprogrammed architecture of Figure P7.l, define the sequence of actions (i.e., microoperations) necessary to implement the instruction TXPl (DO)+' Dl that is defined as:
![[D1] [DO] 2 [M [DO]] + 1 [DO] + 1](https://dsd5zvtm8ll6.cloudfront.net/images/question_images/1705/7/4/4/77865ab998a05be41705744777732.jpg)
Explain the actions in plain English and as a sequence of enables, ALU controls, memory controls and clocks. This is quite a complex instruction because it requires a register-indirect access to memory to get the operand and it requires multiplication by two (there is no ALU multiplication instruction). You will probably have to use a temporary register to solve this problem and you will find that it requires several cycles to implement this instruction. A cycle is a sequence of operations that terminates in clocking data into a register.
[D1] [DO] 2 [M [DO]] + 1 [DO] + 1
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