Abstract:
From the modest beginning in early 1984 at Gateway Design Automation,
the Verilog hardware description language has become an industry standard as a
result of extensive use in the design of integrated circuit chips and digital systems.
Verilog came into being as a proprietary language supported by a simulation
environment that was the first support r._: . ~ed-level design representations
comprising switches, gates, RTL, and high levels of abstractions of digital circuits.
This project is my first experience of digital designing. This is an
accumulator-based microprocessor. First, the detailed architecture was designed,
and then depending on that architecture Verilog coding was done. Although
Memory based Microprocessors are better than Accumulator based, but as I was
totally new to Digital Designs in Verilog, I preferred Accumulator based. It can
support 11 instruction of ALU, 3 instructions of AGU and 3 instruction pipeline
stages. All the instructions were tested and waveforms were generated.
The report discusses all the phases of project.
