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README
This file is part of the LowPass Filter with Finite Impulse Response (LPFFIR) project:
https://opencores.org/projects/lpffir
AUTHOR:
Vladimir Armstrong, vladimirarmstrong@opencores.org
DESCRIPTION:
Implementation of LPFFIR according to specification document:
./doc/LPFFIR_Specifications.pdf
DIRECTORY STRUCTURE:
── bench Top level test bench
│ ├── systemc For SystemC sources
│ └── verilog For verilog sources
│
├── doc Specification and other PDF documents
│ └── src Source version of all documents (Microsoft Word, Microsoft Visio)
│
├── rtl Verilog RTL sources
│
├── sim Top level simulations
│ ├── matlab_sim MATLAB simulations
│ │ ├── out Useful output from MATLAB simulation
│ │ └── run MATLAB sources and for running MATLAB simulations
│ │
│ └── rtl_sim RTL simulations
│ ├── out Useful output from RTL simulation
│ └── run For running RTL simulations
│
├── sw Software sources for Python script utilities
│ ├── out Useful output from Python script utilities
│ └── run Python sources and for running Python script utilities
│
└── uvm Universal Verification Methodology (UVM)
├── work Work in progress/unfinished project
│ └── generated_tb Test bench
│
└── tools Open-source Tools
├── easier_uvm_gen Automatic UVM test bench generator
└── uvm_syoscb General purpose UVM Scoreboard
OPEN-SOURCE TOOLS:
1. Ubuntu 18.04 LTS Linux OS development platform
2. SystemC 2.3.2-Accellera SystemC test bench simulator
3. Verilator Verilog simulator
4. GTKWave Verilog simulation waveform viewer
5. GNU Octave Octave syntax is largely compatible with MATLAB
6. Python RTL-simulation vs. MATLAB-expected check script
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