Salamandra is a tool to find spy microphones that use radio freq to transmit. It uses SDR.
UltraStar WorldParty. A karaoke game inspired by SingStar™
Room Acoustics Impulse Response Generator using the Randomized Image Method (RIM)
Next generation videoconference system
Microphones for 8SoundsUSB and 16SoundsUSB
This projects presents a couple of signal methods for detecting and localizing an acoustic signal source by using an Arduino Board and 4 microphones.
EgoTrigger leverages audio cues from the microphone to selectively activate power-intensive cameras, enabling efficient sensing while preserving substantial utility for human memory enhancement. TVCG Journal Paper as a part of ISMAR 2025.
Keep your meatspace conversations private!
Standalone "interposition-transparent" multichannel DI/splitter/recorder unit
Device independent framework for synchronized recording, designed for researchers collecting multimodal datasets.
Universal Machines for Ambisonics or UMA are a series of Open Source Ambisonic Microphones. The UMA series is based on the designs of Umashankar Manthrawadi.
A device that can locate a sound source of a particular frequency in 3-D space.
Real-time USB-C lavalier mic tester for Linux — loopback audio from mic to headphones using arecord + sox + aplay, with logging, half baked device detection that probably works only for me and a bunch of hardcoded stuff for now. Built on Ubuntu 24.04 with PipeWire in mind...
Structured, publicly available reference data for SOYUZ Microphones products, including microphones and microphone preamplifiers.
This code example demonstrates the usage of Infineon's XENSIV™ Audio Shield to connect up to 4 analog or digital microphones to a PC via USB. It evaluates the performance of XENSIV™ MEMS microphones in array applications and serves as a foundation for advanced audio processing use cases, such as beamforming and direction-of-arrival estimation.
This code example demonstrates the usage of Infineon's XENSIV™ Audio Shield to connect up to two analog or digital microphones to a PC via USB. It is designed to evaluate the performance of XENSIV™ MEMS microphones in array applications and serves as a foundation for audio processing use cases.
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