A pipelined implementation of the MIPS processor featuring hazard detection as well as forwarding
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Updated
May 20, 2022 - Verilog
A pipelined implementation of the MIPS processor featuring hazard detection as well as forwarding
Verilog Implementation of an ARM LEGv8 CPU
Design, verification and ASIC implementation of a complete RISC-V CPU with: five stages pipeline, forwarding, automatic hazard detection, Branch Target Buffer using LRU replacement policy, absolute value custom instruction.
An MIPS pipelined processor with hazard detection for the course VE370 (FA2020) at UMJI.
ARM Processor, Computer Architecture laboratory, University of Tehran
A pipelined MIPS processor implemented in Verilog, featuring hazard detection and forwarding.
A 32-bit Arm Processor Using Verilog HDL With Hazard Detection, Forwarding Unit, SRAM Memory & A 2-Way Set-Associative Cache.
Verilog Implementation of an ARM LEGv8 CPU
5-stage pipelined 32-bit MIPS processor
Harvard (separate memories for data and instructions), RISC-like, five-stages pipeline processor
Architecure for the Data path and Controller as well as Hazard Units for a 32 bit ARM based Single Cycle, Multi Cycle and Pipelined Based Processor
The design of modules to reduce pipeline Hazards, as well as the MIPS processor architecture. It implements some instruction set, instruction and data memory, 32 general- purpose registers, an Arithmetic Logical Unit (ALU) for basic operation, a forwarding unit and hazards detecting unit.
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