Please help with this Computer architecture homework question. DataPath Performance Evaluation: Use the following information for all parts of the question.Please round your answers to 2 decimal places.24:01 SHISTMemory Access = 680 psALU Operations = 340 psRegister Access = 170 psNote: for this exam, the critical data path for JUMP is just the Instruction Fetch stage.1. If we implement the DataPath as a single-cycle using variable cycle length, fill in the cycletime for the following statement types (critical data path) in ps.R-Type: =Load Type =Store Type =Branch Type=pspsTYPER-TypeLoadStoreBranchJumppspsJump =2. If we implement the above DataPath using a single-cycle with fixed length, the cycle lengthwould beps.ps3. If we are running a program with instruction mix:R-type = 48%Load type=19%Store type = 23%Branch type=8%Jump = 2%%agethe average time to execute an instruction isCritical TimenotoulartpsWeighted Time 4. If we implement the Critical DataPath using multiple cycles for each instruction (where eachstage = 1 cycle), fill in the number of cycles required for each instruction type:R-type: =Load-type=Store type=Branch type=Jump =5. Using the same instruction mix as above,the average number of cycles to execute the Critical DataPath is6. If we implement the DataPath using a pipelined design using 5 cycles (stages),the length of one cycle would beSHO7. In the pipelined design, the length of time to execute a complete instruction would beps.ps.8. In evaluating the pipelined implementation, it is useful to find the effective number of cyclesper instruction. (The goal of our pipeline is to get an effective number of cycles to be 1.0)TYPER-TypeLoadStoreBranchJumpThe given program has:24% of the load instructions are immediately following by an instruction that uses the result(requiring a delay), the branch delay on a "misprediction" is 2 clock cycles and 13% of thebranches are mispredicted, and jumps always pay 1 full cycle of delay. All other statementsrequire only 1 cycle through the pipeline (after the pipeline is loaded).%agepcycles (stages)Use the instruction mix from question #3 to find the average effective number of cycles for thepipeline.Average number of effective cycles:Effective Cyclesedi bat4 101 anWeighted Effective Cycleseleyipns sons

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DataPath Performance Evaluation: Use the following information for all parts of the question. Please round your answers to 2 decimal places. Memory Access = 680 ps ALU Operations = 340 ps Register Access = 170 ps Note: for this exam, the critical data path for JUMP is just the Instruction Fetch stage. 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: = Load Type = Store Type = Branch Type = Jump = ps ps ps ps ps

DataPath Performance Evaluation: Use the following information for all parts of the question. Please round your answers to 2 decimal places. Memory Access = 680 ps ALU Operations = 340 ps Register Access = 170 ps Note: for this exam, the critical data path for JUMP is just the Instruction Fetch stage. 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: = Load Type = Store Type = Branch Type = Jump = ps ps ps ps ps

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter5: Repetition Statements

Section: Chapter Questions

Problem 2PP: (Mechanics) The deflection at any point along the centerline of a cantilevered beam, such as the one...

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