Education kit for teaching computer architecture with a 5-stage Arm-based Verilog core and hands-on labs (educational)

Laboratory sessions from the "Computer Architectures" course, part of the Master's degree in Embedded Systems (Electronic Engineering) at Politecnico di Torino, academic year 2019/2020.

Modified gem5 (https://www.gem5.org/) implementation used for prototyping the ideas proposed in the "Packing and Fusing Narrow-Width Vector Operations for Energy-Efficient SIMD" paper.

Small programs developed for the LPC1768 ARM Cortex M3 Evaluation Board OM11043. Developed in both C and ARM Thumb Instruction Set using Keil µVision IDE.

uVision project for the LandTiger LPC1768 Cortex-M3 board with a self-made C library that implements a higher level interface for every peripheral introduced in the Computer Architectures course.

Next-Generation Championship in Branch Prediction (CBP-NG-2026) project for the ACA course

Non-intrusive packet delivery monitoring service for Networks-on-Chip (NoCs) focusing on real-time systems. Hardware verification and development in C++/SystemC using the Visual Studio 2017 IDE.

🛠️ Enhance your heavy computations effortlessly with ComputeKit, a lightweight toolkit that integrates Web Workers, React hooks, and WASM.

BPM Reader simulation using assembly and the microcontroller MSP430FR6989. Project for the Computer Architecture class.

Code samples that will help you to understand the fundamental ideas behind Computer Science

Self-learning CS Fundamentals | Class Notes | Codecademy

Advanced Computer Architectures - Practical Assignment #2: Create a shell script that sends custom jobs (thread & core level parallelized code) to an SGE cluster scheduler in order to execute an HPC NPB Benchmark, so we can study the performance impact on a shared-memory multiprocessor when emulating different processor cache architectures (vary…

Implementation of the traditional Pac-Man game for the LandTiger LPC1768 Cortex-M3 board, as a final project for the Computer Architectures Course @ PoliTO

Independently designing, testing and building an 8-Bit computer to explore how computers work fundamentally at gate level. Implemented various digital modules like Programmable ROM, address decoders, RAM, ALU from discrete logic gates and integrated them into a complete system🔧.

Architecture of processor designed in vhdl

Repository for an Arduino project (Sound reactive LEDs) done as school homework for Computer architectures course in ELSYS (TUES) - Technological shcool "Electronic systems".

8-bit ALU in Verilog with 16 operations, 4 status flags, and a self-checking testbench simulated in Icarus Verilog.