Acoustic event detection
Build systems that reliably detect gunshots, drones and other relevant sounds in real-world noise.
Contact usProjects, thesis topics and work completed with us.
Explore current semester projects and thesis opportunities in acoustic sensing, signal processing and embedded systems. You can also browse selected theses already completed with the group.
Choose a project that matches your interests. Semester projects often continue as bachelor's or master's theses.
BProj/MProj = bachelor's/master's project, BT/MT = bachelor's/master's thesis. A project usually precedes the thesis, which then typically builds on it.
| Topic | Type | Areas | Supervisor |
|---|---|---|---|
| Acoustic Drone Detection on the STM32 Platform Design and evaluation of a compact audio drone-detection pipeline with future embedded deployment in mind. | Ing. Martin Maxa | ||
| Android Application for Acoustic Pulse Detection An Android application combining acoustic-pulse detection with TDoA and multilateration algorithms. | Prof. Ing. Jan Holub, Ph.D. | ||
| Autonomous Acoustic Sensor Design and Development An energy-efficient sensor with an accelerated neural network for detecting and classifying safety-related acoustic events. | Prof. Ing. Jan Holub, Ph.D. | ||
| Design and Development of a Microphone Array for Drone Detection Design, fabrication, and experimental evaluation of a microphone array for capturing acoustic drone signatures. | Ing. Tomáš Drábek, Ph.D. | ||
| Firmware for Multi-Microphone PDM Acquisition on STM32H5 Multi-channel acquisition from PDM MEMS microphones using SAI and DMA, focused on synchronized recording for future sound localization. | Ing. Martin Maxa | ||
| Implementation of a GPS Subsystem for Position and Orientation of an Acoustic Unit Integration of a GNSS module, precise timing, and IMU fusion for an autonomous acoustic node. | Ing. Kamil Herman | ||
| IMU Integration and Orientation Algorithms for Precise Unit Tilt and Heading Fusion of accelerometer, gyroscope, and GPS data for precise acoustic-node orientation and movement detection. | Ing. Kamil Herman | ||
| Map-Based Visualization of Detected Acoustic Events A responsive mapping application for live display of acoustic detectors, their status, and localized events. | doc. Ing. Jakub Svatoš, Ph.D. | ||
| Software for an Acoustic Surveillance System Software for acoustic-detector initialization, anomaly-triggered recording, and server communication. | Prof. Ing. Jan Holub, Ph.D. | ||
| Speech Recognition in Radio Communications Experiments with digital preprocessing of radio communications to improve automatic speech recognition. | Prof. Ing. Jan Holub, Ph.D. | ||
| Testing Methods of Subjective Parameters for Spatial Audio with Head Tracking Design of new subjective tests for spatial audio with head tracking and a supporting test application. | Ing. Jakub Turinský | ||
| Web Platform for Data Acquisition and Visualization from Acoustic Units A backend and web interface for secure collection, storage, and live visualization of acoustic-unit telemetry. | doc. Ing. Jakub Svatoš, Ph.D. |
No topics match this filter.
Have a related idea of your own? Contact us and we will shape a topic together.
Build systems that reliably detect gunshots, drones and other relevant sounds in real-world noise.
Contact usWork with synchronized sensors, TDoA, positioning and orientation to estimate where a sound came from.
Contact usExplore signal features and machine-learning models for recognizing acoustic events and speech.
Contact usDevelop microphone hardware, low-power firmware and acquisition pipelines for autonomous acoustic nodes.
Contact usA curated selection of bachelor's, master's and doctoral theses completed with the group.
Jakub Svatoš
Jan Holub
Jan Holub
Jakub Svatoš
Jakub Svatoš
Jakub Svatoš
Jakub Svatoš
Jakub Svatoš
Jan Holub
Jan Holub
Jan Holub
Jan Holub
Jakub Svatoš
Jan Holub
Jakub Svatoš