📡 A camera or radar does not see everything. Acoustics can become another reliable channel for detecting drones.
How to distinguish between the sound of a target and background noise, determine its direction and create a device that will work autonomously? Learn how to turn sound into a working detection system in the Acoustic Detection Device Development course.
During 14 lessons you will be able to:
🔹Distinguish between the physics of sound propagation and factors that affect detection.
🔹Design an acoustic path with MEMS and ADC microphones.
🔹Master FFT, filtering, spectral analysis and spectrograms.
🔹Learn to analyze the acoustic signatures of drones.
🔹Create AI recognition based on CNN and Transfer Learning.
The final has its own project.
Lecturer: Dmytro Maslov is an engineer with 15 years of experience in developing extremely reliable data collection systems and mixed signal systems for autonomous platforms. Integrated sensor systems for underwater platforms and autonomous aircraft. Details, program and registration ⬅️.
👨💻 To get the most out of your learning, you need a basic knowledge of math and physics and a foundation of Python.
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