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.

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.

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

Self-learning CS Fundamentals | Class Notes | Codecademy

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

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

Architecture of processor designed in vhdl

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

Build a Modern Computer from First Principles: From Nand to Tetris

Short subroutines using x86 Assembly language for the 8086 microprocessor. Developed and simulated with Emu8086.

Computational Geometry, Computer Archi & Org(CSE-307), , Computer Graphics, Economics(CSE-301), Operating System(CSE-309), OOAD

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