Documentation and tutorial: Home control system. (Translated by google)
(English captions available.)
That’s the demonstration of the automation system I made for my house. In which can control you house through any device with internet access such as smartphones, tablets or computers.
You can find the Arduino and PHP codes on:
An explanation of the system can be found on:
But unfortunately there is no english version yet.
To see with google translate, you can use this link:
Home control system.
You can also leave a comment or send me an email: email@example.com
*It currently have an IP camera that starts recording and alert me by email and SMS if movement is detected inside he house.
The project consists in a microcontroller reading the inclination data from the gyros and accelerometer, processing and driving two servo motors to compensate the pitch and roll.
Arduino Duemilanove with ATMega328.
6DOF Ultra-Thin IMU from sparkfun.
Hitec HS-422 servo motors.
The data is processed by applying kalman filter in which the code was adapted from Lauszus post:
Any question or criticism, please feel free to comment.
More information on: http://arduino.cc/forum/index.php/topic,68755.0.html
This is the controller I’ve made, initially for learning purposes and fun.
The second version has analog sticks (PS2) in the place of some buttons.
I made a software to read the controller data via the USB receiver and emulate a Joystick on Windows. So it is compatible with any Windows game or simulator.
It can also emulate the keyboard and the mouse.
Additionally, there is a connector for plugging pedals.
Yes, this is basically a homemade Wii controller for PC.
3-Axis accelerometer MMA7260Q
Transmitter/Receiver 315 MHz
PL2303 serial to USB bridge. (hacked from a RS232-USB cable)
Pedals from a old Microsoft Sidewinder Wheel
Everything is moddable since it’s made in a breadboard and it was all designed by me.
So any idea and suggestion is welcome.
Also, if you have any question, feel free to ask in the comments.
Thank you for watching!
This device is an altimeter that can be configured to alarm when reaching a predefined altitude or time.
I study and work in a city where I stay on weekdays, but I return to my home town on weekends, by bus.
The bus can get from 45m to 1h45m depending on traffic and I have to leave at the first stop.
The problem is that when I sleep at the bus I may loose my stop. So I made the altimeter alarm.
It beeps when it reaches my citys altitude, so I always wake up in the right moment.
Explanation + sources: http://code.google.com/p/playing-music-with-atmega328-pwm/
I also made an algorithm to convert MIDI files in payable code, to save me from writing all the music note by note.
It uses an ATmega328 to outputs the waveform of the timbre of a piano in different speeds to generate different frequencies so as to reproduce the notes of a piano.
It can play up to 2 notes simultaneously and it follows a sequence of notes and times that it should be played for in an array in the program memory.
The entire program (piano timbre + music notes) has 18 kb.
More details at:
This is a project of a 16bit microcontroller made all from logic gates and flip-flops, except for the RAM and ROM memories.
There is also a compiler that compiles and creates a ROM memory block with the binary inside, ready for the simulation in CircuitMaker.
The processor, the compiler and the programming language are 100% my own creation.
Video-lessons / Tutorials
460 likes vs 0 dislikes on youtube.
Take a look at the comments page (translated by google) to see people’s review about my lessons.
And the second part, explaining about the conventional current direction:
It’s divided in two parts:
Standalone basic Arduino.
Arduino on a Breadboard with no other component. (Using the internal 8MHz RC)
Link to the tutorial: http://engenheirando.com/arduino/montando-arduino-na-protoboard/
The main purpose is to periodically acquire the GPS position of a list of vessels and store then in a database to be shown in a page, under the login of a user.
You can see a preview running on my site. Note that this is real time tracking.
Just choose a vessel (navio) from the list and press ‘exibir’ (show).
Another sample can be found here. (No real tracking, only the history)
To be written:
Remote controlled exploration vehicle
Home automation using ENC28J60
Misc / Incomplete / Abandoned:
Automated microwave oven