Piero Guerrini
Papers
1
Total Citations
51
H-Index
1
About
Piero Guerrini is a leading figure in underwater acoustics, with a focused expertise in passive acoustic monitoring and marine robotics. His research centers on the development and deployment of advanced acoustic vector sensors, particularly for low-frequency signal processing and direction-of-arrival estimation. Guerrini’s most impactful work, "Passive Acoustic Signal Processing at Low Frequency With a 3-D Acoustic Vector Sensor Hosted on a Buoyancy Glider" (2020, 51 citations), demonstrates a pioneering integration of a 3-D directional hydrophone—capable of capturing both acoustic pressure and particle velocity—into a Slocum buoyancy glider. This innovation enables autonomous, long-duration detection and localization of low-frequency noise sources in the ocean, a critical capability for naval surveillance, marine mammal tracking, and environmental monitoring. By merging compact sensor technology with persistent underwater platforms, Guerrini has significantly advanced the practicality of passive acoustic sensing, reducing reliance on large, towed arrays. His work is highly cited for its engineering ingenuity and real-world applicability, marking him as a key contributor to the future of autonomous ocean observation and defense-related acoustics.
Research Focus
Key Achievements
Top Papers
- 1