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For the general purpose machine studied in session 3, write a code that given 2 numbers A and B that iteratively enter in gate IN computes for the gate OUT the expression.
Don't bother about the control signals, just write each instruction, e.g. mem[4]<-- IN, mem[5]<--R0, OUT<--R0+3
Cycle
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Operation
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Comment
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clk1
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clk2
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clk3
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etc
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Write operation and comment like in the team exercise in the textbox down here
Given the instruction format design of team PEBKAC ERROR in session 4 of the classes. Give a hexadecimal code of the instruction LOAD R5, 100
Given an instruction format with two types of instructions:
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Type1: |
Opc (3 bits)
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Operand1 (5 bits)
Register direct
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Operand2 (10 bits)
Direct to memory
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Type2: |
Opc (3 bits)
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Operand1 (10 bits) Relative
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Operand2 (5 bits)
Register direct
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Register
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Offset
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Give the number of memory positions that can be addressed direct to memory.
Given an instruction format with two types of instructions:
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Type1: |
Opc (3 bits)
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Operand1 (4 bits)
Register direct
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Operand2 (10 bits)
Direct to memory
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Type2: |
Opc (3 bits)
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Operand1 (10 bits) Relative
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Operand2 (4 bits)
Register direct
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Register
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Offset
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Give the maximum number of registers the format can handle.