Name: Alexandre Hiroyuki
Type: User
Company: Universidade Federal do ABC
Bio: Student @ UFABC - Federal University of ABC, Brazil.
❤ Computer Science, IoT, Web Fullstack, and Game Dev.
Location: SP, Brasil
Alexandre Hiroyuki's Projects
About me!
End of course project for "Bases Computacionais da Ciência" class at UFABC.
End of course project for "Base Experimental das Ciências Naturais" class at UFABC. An Arduino reads a photoresistor and communicates with a computer through the serial port to save the data on a file.
Código de teste para aprendizado durante o curso da Semana OmniStack 11.0 da Rocketseat (com várias alterações do projeto original oferecido pelo curso). Contém protótipos para front-end web, mobile app e back-end API.
Data analysis and filtering using time series for embedded devices (IoT). All in a single C++ library, Data Tome. Focus on the developer's experience and performance. It is the successor to the MovingAveragePlus library.
Documentation for the DataTome library using Docussaurus and GitHub Actions to deploy on GitHub Pages.
Udemy django e-commerce practice project.
Web application for electrical network management.
Practice with ESP32 and PlatformIO. Task management, HTTP requests and Unit Tests.
Create instant chat rooms as fast as you cook instant noodles. Remember that their duration is just as ephemeral. Using Svelte and SocketIO.
Moving Average Plus is a C++ library that implements a moving average on the Arduino platform. Performance and usability are the two focuses I thought of when creating this library, so every improvement tip is welcome. It is useful for filtering noisy data from sensors, for example.
Documentation for the MovingAveragePlus library using Docussaurus and GitHub Actions to deploy on GitHub Pages.
Notas de aula de Processamento da Informação, UFABC
Solutions for programming exercices.
Exercice from UFABC "Comunicação e Redes" course.
Códigos de teste e outras brincadeiras
Server to emulate a device telemetry connected to ThingsBoard. Easy to create and modify new generator functions and classes.
PI exercices' resolutions. Problems are written in brazilian portuguese.