Radio Visualization

This project drew inspiration from my hobby as an amateur radio operator and my thesis project, where I aimed to visualize radio signals using Augmented Reality (AR).

In my thesis, I conducted an aesthetic analysis of the "Architecture of Radio" (AoR) application created by Richard Vijgen. This application offers a unique visual experience, allowing users to perceive their surroundings' otherwise invisible digital signals. Utilizing GPS and global datasets, AoR generates a 360-degree visualization of the "infosphere," showcasing nearby data hardware like cell phone towers and satellites. It represents digital radio signals as clouds of parallel lines reminiscent of contour lines on a topographic map composed of more miniature geometric figures in motion.

Architecture of Radio from R Vijgen on Vimeo.

Furthermore, AoR immerses users in an auditory experience featuring low rumbles, crackles, and static noises that change with the device's movement. Inspired by software-defined radios, this soundscape adds an extra layer to the app's portrayal of the information layer. While not a measurement tool, it provides an interpretive glimpse into the typically invisible radio world.

For my project, I aimed to understand AoR's color scheme and signal presentation, opting for a blue background and light colors to visualize the signals. The AoR application also influences the signal spread.

The model used was scanned from one of my walkie-talkies with Luma.AI, explaining the empty bottom part of the model.

To enhance the user experience, I employed Virtual Reality (VR) with Three.js as the webXR medium. Initially, users could drag a walkie-talkie into the scene and use buttons to send signals. Upon reaching another walkie-talkie's "receive-able" range, the signal spheres (dots) were intended to change color, allowing users to visually simulate the radio transmission and reception flow under analog signals.

You can find the demo here: Link, and the code here: Link.