"A collection of meticulously crafted code snippets, along with schematics and simulations, tailored for the Atemega32 microcontroller."
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Updated
Mar 30, 2024 - C
"A collection of meticulously crafted code snippets, along with schematics and simulations, tailored for the Atemega32 microcontroller."
C-program implemented on arduino to control streetlight intensity based on sunlight intensity
This is the repository I used while self-studying the lab assignments of CS61C (Great Ideas in Computer Architecture [aka Machine Structures], UC Berkeley, Fall 2020). For my answers, see branch "sandbox".
Several small microprocessor programs written for STMicroelectronics B-L475E-IOT01A1 using the various sensors on the board such as DAC, ADC, GPIO etc.
Todo o conteúdo produzido para a unidade curricular MPCP (Microprocessadores e Computadores Pessoais), para o curso em Engenharia Informática e Computação na FEUP
Easy-to-grasp, step-by-step tutorials for creating firmware for the AVR microprocessors.
Labs for the ECSE-426: Microprocessor Systems class at McGill University.
Labs for ECSE 444 - Microprocessors using an ARM Cortex-M4 microprocessor.
Embedded code for a ping pong playing machine
Microprocessors Projects from Fall 2021 in Marmara University, Istanbul, Turkey
Implementation of the Cortex-M4 architecture from ST-Microelectronics: The STM32F429
This is AVR project of Micro Processor course.
This is a lab course in which C & Assembly programming languages are used to understand and implement I/O interface methods for the ARM Cortex microcomputer and to demonstrate knowledge of memory maps, polling, interrupts, and internal structure of a microprocessor.
McGill University Fall 2018 ECSE444: Microprocessors
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