We consider optical camera communication (OCC) between a camera receiver with optical
lenses and distributed transmitters. This article investigates the features of an OCC system …

Optical camera communication (OCC) systems, which utilize image sensors embedded in
commercial-off-the-shelf devices to detect time and spatial variations in light intensity for …

Optical camera communication (OCC), which is enabled by large-scale light-emitting diodes
(LEDs) arrays and image-sensor (IS) based cameras, has garnered significant attention from …

In this paper, we propose a real-time pitch visualization system with a “Blinky” sound-to-light
conversion device. A Blinky transmits sound information as the intensity of an onboard light …

We propose an open source hardware platform called Blinky, a sound-to-light conversion
sensor that harvests sound power at low-rate and conveniently. Blinkies are made up of a …

We consider optical camera communication (OCC) between a camera receiver with optical
lens and distributed transmitters. This paper investigates the features of an OCC system …

We introduce the use of blinkies for acoustic sensing and audio processing applications.
Blinkies are low-power sensors with a microphone and an LED that can be easily distributed …

This paper investigates respiration activity data obtained simultaneously from more than ten
persons while they were attending a live concert. Physiological activity in a group setting is …

We propose energy-based multiple source localization using sound power sensors called
Blinkies that we have recently developed. A Blinky consists of a microphone, LEDs, a …

We propose a multimodal framework to enhance multiple target sound sources using a
conventional microphone array, a video camera, and sound power sensors, called Blinkies …