Augmented Reality

Augmented reality consists of the possibility of modifying the real world we see through a camera and superimposing virtual elements. Most of these virtual elements are usually 3D objects, so the only sense we usually awaken in users is the sense of sight. But what happens if we focus on the auditory sense?

Augmented reality devices usually consist of a headset or glasses and a display system to show the user the virtual information that is added to the real one. The headset has built-in GPS systems, which are necessary to accurately locate the user’s location.

Modern augmented reality systems use one or more of the following technologies: digital cameras, optical sensors, accelerometers, GPS, gyroscopes, solid state compasses, RFID, etc. Sound processing hardware was included in this project in augmented reality systems.

Augmented reality based camera systems require a powerful CPU unit and large amount of RAM to process images from these cameras. The combination of all these elements is often found in modern smartphones, making them a possible augmented reality platform.

Image recognition and real-time action

The unconscious listening

In this project we mixed different development techniques: augmented reality, sockets and synchronization of information with server


3D Printing – High Definition Images

Mobile application capable of collecting 64 high-definition images and sending them to a server for subsequent 3D printing.


Radio frequency connectivity


Within the smarthealth project, we developed a patent of the University of Granada on radiofrequency device distinction. Basically the system is divided into 3 subjects: a mobile device (which carries the person to be identified), a base, which collects the information of the person who performs the action (turn on a light, enter a room, …) and a concentrator that collects the information from all the bases and sends them to a server. In this way we have the information in real time.