Please help!! I need to make the instructions for these by manipulating the registers such as CPP, SP, TOS, H
The Level-2 instruction formats are:
Q1) ROT // rotate: Pop two words from stack as
// RotationCount: m[SP]
// ValueToBeRotated: m[SP-1]
// and push the rotated value on the stack m[SP-1]
Q2) ADDD // integer double word addition:
// Pop two double words (top four values) from the stack as
// B_Low = m[SP], B_High = m[SP - 1],
// A_Low = m[SP - 2], A_High = m[SP - 3]
// Perform addition on A_Low and B_Low, and propagate the carry
// to the addition result of A_High and B_High
// Push the result as
// m[SP - 2] = Result_Low
// m[SP - 3] = Result_High
where m stands for a 1-d array
these will be uploaded as a .ijvm to a mic-1 simulator
Solution
Ans;
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Please help!! I need to make the instructions for these by manipulatin.docx
1. Please help!! I need to make the instructions for these by manipulating the registers such as CPP,
SP, TOS, H
The Level-2 instruction formats are:
Q1) ROT // rotate: Pop two words from stack as
// RotationCount: m[SP]
// ValueToBeRotated: m[SP-1]
// and push the rotated value on the stack m[SP-1]
Q2) ADDD // integer double word addition:
// Pop two double words (top four values) from the stack as
// B_Low = m[SP], B_High = m[SP - 1],
// A_Low = m[SP - 2], A_High = m[SP - 3]
// Perform addition on A_Low and B_Low, and propagate the carry
// to the addition result of A_High and B_High
// Push the result as
// m[SP - 2] = Result_Low
// m[SP - 3] = Result_High
where m stands for a 1-d array
these will be uploaded as a .ijvm to a mic-1 simulator
Solution
Ans;
![Please help!! I need to make the instructions for these by manipulating the registers such as CPP,
SP, TOS, H
The Level-2 instruction formats are:
Q1) ROT // rotate: Pop two words from stack as
// RotationCount: m[SP]
// ValueToBeRotated: m[SP-1]
// and push the rotated value on the stack m[SP-1]
Q2) ADDD // integer double word addition:
// Pop two double words (top four values) from the stack as
// B_Low = m[SP], B_High = m[SP - 1],
// A_Low = m[SP - 2], A_High = m[SP - 3]
// Perform addition on A_Low and B_Low, and propagate the carry
// to the addition result of A_High and B_High
// Push the result as
// m[SP - 2] = Result_Low
// m[SP - 3] = Result_High
where m stands for a 1-d array
these will be uploaded as a .ijvm to a mic-1 simulator
Solution
Ans;](https://image.slidesharecdn.com/pleasehelpineedtomaketheinstructionsforthesebymanipulatin-230131015119-473d1fa9/85/please-help-i-need-to-make-the-instructions-for-these-by-manipulatindocx-1-320.jpg)
