Salamandra is a tool to find spy microphones that use radio freq to transmit. It uses SDR.
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Updated
Jan 11, 2021 - Python
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
Keep your meatspace conversations private!
This projects presents a couple of signal methods for detecting and localizing an acoustic signal source by using an Arduino Board and 4 microphones.
Standalone "interposition-transparent" multichannel DI/splitter/recorder unit
Device independent framework for synchronized recording, designed for researchers collecting multimodal datasets.
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.
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.
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...
A device that can locate a sound source of a particular frequency in 3-D space.
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.
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.
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