Help me with these computer architecture questions, please.I need help with questions 1 and 2. **Title: Understanding Data Path Implementation and Cycle Calculation****Instructions:**Use the following information for all parts of the question: - **Memory Access** = 640 ps- **ALU Operations** = 320 ps- **Register Access** = 160 ps---**1. Variable Cycle Length in Single-Cycle Data Path Implementation**To implement the Data Path as a single-cycle using a variable cycle length, fill in the cycle time for the following statement types (critical data path) in picoseconds (ps).- **R-Type:** = \([A]\) ps- **Load Type:** = \([B]\) ps- **Store Type:** = \([C]\) ps- **Branch Type:** = \([D]\) ps- **Jump:** = \([E]\) ps---**2. Fixed Cycle Length in Single-Cycle Data Path**If we implement the above Data Path using a single-cycle with a fixed length, the cycle length would be \([F]\) ps.---**3. Average Time Calculation with Instruction Mix**Given a program running with the following instruction mix:- **R-type** = 50%- **Load type** = 20%- **Store type** = 15%- **Branch type** = 13%- **Jump** = 2%To find: The average time to execute an instruction is \([G]\) ps.---**4. Multi-Cycle Data Path Implementation**If we implement the Critical Data Path using multiple cycles for each instruction (where each stage = 1 cycle), fill in the number of cycles required for each instruction type:- **R-type:** = \([H]\) - **Load-type:** = \([I]\) - **Store type:** = \([J]\) - **Branch type:** = \([K]\) - **Jump:** = \([L]\)---This exercise helps in understanding the effective cycle time calculations and instruction handling in different data path implementations in computer architecture.

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Description: Help me with these computer architecture questions, please.I need help with questions 1 and 2. **Title: Understanding Data Path Implementation and Cycle Calculation****Instructions:**Use the following information for all parts of the question: - **Me

A data path is a collection of functional units that perform data processing operations, such as…

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Use the following information for all parts of the question: Memory Access = 640 ps ALU Operations = 320 ps Register Access = 160 ps 1. If we implement the DataPath as a single-cycle using variable cycle length, fill in the cycle time for the following statement types (critical data path) in ps. R-Type: = [A] ps Load Type = {[B] ps Store Type = [C] ps Branch Type = [D] ps Jump = [E] ps 2. If we implement the above DataPath using a single-cycle with fixed length, the cycle length would be [F] ps.

Use the following information for all parts of the question: Memory Access = 640 ps ALU Operations = 320 ps Register Access = 160 ps 1. If we implement the DataPath as a single-cycle using variable cycle length, fill in the cycle time for the following statement types (critical data path) in ps. R-Type: = [A] ps Load Type = {[B] ps Store Type = [C] ps Branch Type = [D] ps Jump = [E] ps 2. If we implement the above DataPath using a single-cycle with fixed length, the cycle length would be [F] ps.

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Question

Help me with these computer architecture questions, please.

I need help with questions 1 and 2.

**Title: Understanding Data Path Implementation and Cycle Calculation**

**Instructions:**

Use the following information for all parts of the question:

- **Memory Access** = 640 ps
- **ALU Operations** = 320 ps
- **Register Access** = 160 ps

---

**1. Variable Cycle Length in Single-Cycle Data Path Implementation**

To implement the Data Path as a single-cycle using a variable cycle length, fill in the cycle time for the following statement types (critical data path) in picoseconds (ps).

- **R-Type:** = \([A]\) ps
- **Load Type:** = \([B]\) ps
- **Store Type:** = \([C]\) ps
- **Branch Type:** = \([D]\) ps
- **Jump:** = \([E]\) ps

---

**2. Fixed Cycle Length in Single-Cycle Data Path**

If we implement the above Data Path using a single-cycle with a fixed length, the cycle length would be \([F]\) ps.

---

**3. Average Time Calculation with Instruction Mix**

Given a program running with the following instruction mix:

- **R-type** = 50%
- **Load type** = 20%
- **Store type** = 15%
- **Branch type** = 13%
- **Jump** = 2%

To find: The average time to execute an instruction is \([G]\) ps.

---

**4. Multi-Cycle Data Path Implementation**

If we implement the Critical Data Path using multiple cycles for each instruction (where each stage = 1 cycle), fill in the number of cycles required for each instruction type:

- **R-type:** = \([H]\)
- **Load-type:** = \([I]\)
- **Store type:** = \([J]\)
- **Branch type:** = \([K]\)
- **Jump:** = \([L]\)

---

This exercise helps in understanding the effective cycle time calculations and instruction handling in different data path implementations in computer architecture.

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