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EZhouArch RISC-V-CPU-Simulator

This is a C++ based multicore RISC-V CPU simulation

1st stage implementation: basic structure 1.32 registers
2.RAM
3.CPU cores

2nd stage implementation: single cycle
1.fetch+decode+execute+memory+write back

3rd stage implementation: 5 stage pipeline 1.IF-IF/ID-ID-ID/EX-EX/MEM-MEM/WB-WB 2.pipline register

4rd stage implementation: Hazard Process
1.forwarding Unit
2.Stall Unit

5st stage implementation: Cache simulation ->current stage
1.direct mapped 2.set associative
3.cache statistics

6st stage implementation: Branch Prediction
1.2-bit saturating counter

7st stage: benchmark:
1.CPI

NOTICE
A double pipeline register structure is implemented in this CPU due to the potential uncertainty
that might be introduced if multiprocess is used to simulate the simultaneous behavior of the 5 stages
in the pipeline.

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This is a C++ based, cycle-accurate simulator for the FORWARD RISC-V multicore CPU microarchitecture.

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