David Velásquez's Projects
Adaptive Traffic Light to Day/Night and also to total illumination
Instructions to mount Anaconda3 docker
This repository implements a Serial communication between an ESP32 and a Python Dash Application running on a PC.
This program allows an Arduino to acquire system response to an injected setpoint and store it on a microSD
Matlab application and Arduino code to establish a bidirectional Serial Communication for Process Control System Data Acquisition
This repository implements a MQTT5 broker, InfluxDB, Telegraf and Arduino ESP32 sample application to send IoT data to a server.
Arduino Workshop for Universite Paris 1 - Sorbonne
Bokeh flask application
Aplicación de monitorización y visualización EDAR 4.0
Simple bokeh server
This flask application allows to use Bokeh, Bootstrap, Moving average to visualize a sine wave
Three month Coffee Leaf Rust dataset
Morphological matrix
This project contains the implementation of the DL part related to the project "Diagnosis evaluation of the Coffee Leaf Rust development stage in the Colombian Caturra variety integrating RS, WSN and DL".
Datalogger application installer, which allows to establish a serial communication with Arduino. This application sends a desired setpoint to Arduino and it reads the Measured signal from Arduino into the application. It plots setpoint and measurement and allows to export the data that was acquired during the execution. Windows, Linux and Mac installers are available.
This project implements a flask application with echarts extension fod dynamic time-series plot. It also includes bootstrap and jquery
Application to do basic CRUD operations with flask and mongo
This application handles a single login with wtforms and flask-login libraries
This application uses flask to add, delete or update items from a sqlite database
Tutorial explaining all parts of flask
Ionic + React Hello world application using JSX instead of TSX
Arduino + Flask + ReactJS IoT Integration
Light system with Proportional, Integral and Derivative (PID) controller that adapts brightness based on the environment conditions.