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These labs were conducted during our Digital systems elective course were we were instructed to build Verilog code for specific logic design and verify it on Quartus modalism and on the FPGA. Skills developed: writing Verilog code structurally and behaviorally, testing, simulation, writing test benches and using the FPGA
Repository containing code, libraries, schematics, and 3D models from the paper 'FPGA-Based Digital Twin Implementation for Power Converter System Monitoring.
The computational speed of the dadda multiplier can be enhanced by partitioning the partial products. In process to achieve low power we have considered pass transistor for logical implementation.
In this project, we implemented a different kind of a tic tac toe board game that is played on an FPGA board using its push buttons. We used Verilog HDL to code the project and implemented a VGA interface for visualization.