Machine A has dual port DRAM system with the same clock for both piped and unpipelinedarchitectures. Machine B has a single port DRAM system, but it's pipeline implementation has a 1.1times faster clock rate. Consider ldeal CPI = 1 for both; what are their comparative speed ups whenMemory Loads are 50% of the instructions executed? Comparative speed up is given by thefollowing equation:%3!Cycle TimenpipelinodIdeal CPI x Pipeline depthIdeal CPI + Pipeline stall CPI Cycle Time,ipelined ASpeedup =O Speedup A / Speedup B = 1.36O Speedup_B / Speedup A = 1.36Speedup _B / Speedup A = 1.18O Speedup B/ Speedup A- 1.5

Given: Machine A: Dual ported memory Machine B has a single ported memory that is pipelined.…

Machine A has dual port DRAM system with the same clock for both piped and unpipelined architectures. Machine B has a single port DRAM system, but it's pipeline implementation ha times faster clock rate. Consider ldeal CPI = 1 for both; what are their comparative speed ups Memory Loads are 50% of the instructions executed? Comparative speed up is given by the %3D following equation: Ideal CPI x Pipeline depth Cycle Time, unpipelined Speedup =

Machine A has dual port DRAM system with the same clock for both piped and unpipelined architectures. Machine B has a single port DRAM system, but it's pipeline implementation ha times faster clock rate. Consider ldeal CPI = 1 for both; what are their comparative speed ups Memory Loads are 50% of the instructions executed? Comparative speed up is given by the %3D following equation: Ideal CPI x Pipeline depth Cycle Time, unpipelined Speedup =

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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