%0 Journal Article 
%T Implementation of an OBD-II diagnostics tool over CAN-BUS with Arduino
%D 2018
%@ 1692-5238
%U http://repository.icesi.edu.co/biblioteca_digital/handle/10906/84488
%X From its origin, the main objective of  the OBD [On Board Diagnostics] standard has been the control of  
the gases emitted by the vehicles and its corresponding effects in the environment. This project implements a system based 
on the OBD-II protocol over a CAN [Controller Area Network] bus, which allows the visualization of  variables in real-time 
and the performing of  a diagnosis of  the vehicle state showing the operating, failure, and energy consumption codes. The 
on board diagnosis systems allow to retrieve the stored failure codes together with a large number of  variables –important 
for the diagnosis– such as speed, fuel level, and CO2 [Carbon Dioxide] emissions in real-time. We implemented an OBD-
II system located at the end of  the test vehicle (a bus) –which corresponds to the scanner or diagnosis unit– in an Arduino 
Mega 2560 development board connected to a CAN transceiver-controlled composed module. The scanner has a USB 
connection that eases the graphical visualization of  data in a PC through an interface created in LabVIEW.
%K Arduino (Microcontrolador)
%K Herramienta tecnológica
%K Avanzada tecnología
%K Gases
%K Control electrónico
%K Vehiculo
%~ GOEDOC, SUB GOETTINGEN