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The following instruction is allowed in VLIW:
f12 = f0 * f4, f8 = f8 + f12, f0 = dm(i0, m3), f4 = pm(i8, m9);
f12 = f0 * f4, f8 = f8 + f12, f0 = dm(i0, m3), f4 = pm(i8, m9);
- a)True
- b)False
Correct answer is option 'A'. Can you explain this answer?
Verified Answer
The following instruction is allowed in VLIW:f12 = f0 * f4, f8 = f8 + ...
Answer: a
Explanation: The above mentioned instruction is a complex 48 bit instruction used to perform operations on floating numbers.
Explanation: The above mentioned instruction is a complex 48 bit instruction used to perform operations on floating numbers.
Most Upvoted Answer
The following instruction is allowed in VLIW:f12 = f0 * f4, f8 = f8 + ...
Answer:
Introduction:
In Very Long Instruction Word (VLIW) architecture, multiple instructions are grouped together and executed simultaneously in a single clock cycle. VLIW processors are designed to exploit instruction-level parallelism (ILP) by allowing multiple operations to be executed in parallel.
Explanation:
The given instruction is allowed in VLIW architecture. Let's break down the instruction and explain it step by step:
1. f12 = f0 * f4: This instruction multiplies the values in registers f0 and f4 and stores the result in register f12. It performs a floating-point multiplication operation.
2. f8 = f8 f12: This instruction copies the value in register f12 to register f8. It performs a floating-point copy operation.
3. f0 = dm(i0, m3): This instruction loads data from memory at location i0 using the offset m3 and stores the result in register f0. It performs a floating-point memory load operation.
4. f4 = pm(i8, m9): This instruction loads data from memory at location i8 using the offset m9 and stores the result in register f4. It performs a floating-point memory load operation.
Conclusion:
The given instruction satisfies the requirements of VLIW architecture as it performs multiple operations in parallel. It includes operations such as floating-point multiplication, floating-point copy, and floating-point memory loads. Hence, option 'A' is the correct answer.
Introduction:
In Very Long Instruction Word (VLIW) architecture, multiple instructions are grouped together and executed simultaneously in a single clock cycle. VLIW processors are designed to exploit instruction-level parallelism (ILP) by allowing multiple operations to be executed in parallel.
Explanation:
The given instruction is allowed in VLIW architecture. Let's break down the instruction and explain it step by step:
1. f12 = f0 * f4: This instruction multiplies the values in registers f0 and f4 and stores the result in register f12. It performs a floating-point multiplication operation.
2. f8 = f8 f12: This instruction copies the value in register f12 to register f8. It performs a floating-point copy operation.
3. f0 = dm(i0, m3): This instruction loads data from memory at location i0 using the offset m3 and stores the result in register f0. It performs a floating-point memory load operation.
4. f4 = pm(i8, m9): This instruction loads data from memory at location i8 using the offset m9 and stores the result in register f4. It performs a floating-point memory load operation.
Conclusion:
The given instruction satisfies the requirements of VLIW architecture as it performs multiple operations in parallel. It includes operations such as floating-point multiplication, floating-point copy, and floating-point memory loads. Hence, option 'A' is the correct answer.
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