1. Semester Project 12/13 h_da (Interactive Media Design Student)
Arduino Beginner Elective
Claudio Giovanniello

This LED Ambilight Setup is my first project with Arduino. It contains 22 RGB LED's with PWM Chips for each LED. The complete setup consists of an Arduino Uno R3, approx ~80 cm LED Stripes (22 LED's), 5V 3000mA Power Supply and Wiring. It works with Adalight (LEDstream) and Prismatik that calculates and sets the arrangement/size of pixels for each LED.

The Copyright and Content of the Clip shown belongs to:
vimeo.com/macncheese

Original Video for comparsion:
vimeo.com/27127177

It has only been used to show how the Ambilight System works and is not made by me by any means!

1. Semester Project 12/13 h_da
Arduino Elective
Aldo Roldan Infuso

This installment is a picture frame with two little speakers and 56 LEDs connected to an Arduino Uno + Spectrum Shield. It visualizes sound from an incoming audio source with a 7 band spectrum of lights while playing it from speakers.
Just plug in your Ipod, Smartphone, etc.

Used materials:
• Arduino Uno
• Blue, white und yellow LEDs (56)
• Wires and resistors
• PervBoard with 7 Shiftregisters
• Little speakers, 3,5 stereo jacks
• Picture frame, angles and plastic belts
• Synthetic grey leather
• Arduino Spectrum Shield

This is the presentation of the 3rd semester projects under The topic "iMobility for Museums". It was a nice and thrilling event. Thanks to all protagonists and guests. Many thanks to Martin Streit, who made this video and to Wolfram Gruß who spent the music.

This is a short documentation about the presentation of the 5th semester of Interactive Media Design, presenting their project results under the topic "Ambient Environments for Hotels". It was a nice event full of stories and even with a touch of brutality (rrrrrr). Thanks to all protagonists and guests. Many thanks to Martin Streit, who made this video and to Wolfram Gruß who spent the music.

Floating about is a location based game which is played by walking through an urban environment. A handheld projector enables players to explore a hidden world behind the cities walls. In order to see a different section of the world, whose representation is based on localized data from OpenStreetMap and Twitter, the group of players has to move further through the city.

The device the player is holding consists of a PicoP laser pocket projector, an iPhone and an array of IR-LEDs. Wii Remotes track the infrared light emitted by the device in space. This enables an interaction similar to revealing a dark setting using a flashlight. The laser projector allows for a sharp image, independent of angle and distance to the projection surface.

A bachelor thesis by:
Michael Burk
Ann-Katrin Krenz
Joris Klause
J. Moritz Müller