This assignment I divided in two parts:

- First, I searched basic tutorials that helped me to communicate my Fabduino with an Arduino.

- Second, based on the examples of schedule I designed and build a master board and two slaves boards to test the comunicacón between two microcontrollers.

1.) Tested examples between Arduino and Fabduino.

To start I read this two tutorials where I can see everything I needed to communicate the microcontrollers between them:

- Wire library.

- Master/Reader.

Then using basic examples found on the web I have written a code consisting of "request and response", where I experienced the basics communicating two microcontrollers between arduino and my fabduino.

In the video you can see that when from the COM 7 Sending the letter "a" in the COM 8 a request is answered immediately on the monitor serial COM 7 arrives.

This exercise helped me understand the logic of serial communication of the easiest and fastest way to go to realize the asynchronous communication between two microcontrollers Attiny 45.

2.) Design and build a wired &/or wireless network connecting at least two processors.

- Master and slave boards.

To download the master and slave boards you can acces:

- Master board click here

- Slave board click here

- Communication code.

I used this code to program asynchronous serial communication my three cards (master, 2 slaves).

To program the MASTER first, it is important to note that the address in the code is "0". Subsequently, for SLAVES should appear as "1" and "2" respectively.

- Testing the network.

To display the operation of the network I used the arduino serial monitor.

- FABduino.

In the Fab Lab TECSUP they have provided us with the files to build the FABDUINO. In this link you can download them.

You can download the heavy files (more than 1MB) here from DROPBOX.