Project publication · IEEE Access
Summary
The work studies an acoustic leaky-wave antenna for spatial localization, combining parametric analysis and experimental validation.
Main contribution
The research explores how to generate directional beams with a single transducer and how to characterize their behavior for localization tasks. This reduces complexity compared with systems based on sensor arrays.
Resultados y alcance
El estudio paramétrico y la validación experimental confirman que la antena acústica de onda de fuga puede controlar la dirección del haz mediante la frecuencia. Los resultados cuantifican el efecto de la geometría y respaldan su uso en localización espacial, dentro de las tolerancias de fabricación y del entorno de medida.
Link with BoND1
Although it focuses on acoustics, the article connects with BoND1 through its interest in localization, sensing and communications in environments where infrastructure must be efficient. The idea of extracting spatial capability with reduced hardware is consistent with the vision of sustainable and deployable IoT networks.
Project Publication · IEEE Access
Summary
The work studies an acoustic leaky-wave antenna for spatial localization, combining parametric analysis and experimental validation.
Bibliometric indicators
- JCR area
- Engineering, Electrical & Electronic
- JCR year
- 2025
- Scholar query
- 26 October 2026
Main contribution
The research explores how to generate directional beams with a single transducer and how to characterize its behavior for localization tasks. This reduces complexity compared to systems based on sensor arrays.
Results and scope
Parametric study and experimental validation confirm that the leaky wave acoustic antenna can control the beam direction by frequency. The results quantify the effect of geometry and support its use in spatial localization, within manufacturing tolerances and the measurement environment.
Link with BoND1
Although it focuses on acoustics, the article connects with BoND1 due to its interest in localization, sensing and communications in environments where the infrastructure must be efficient. The idea of extracting spatial capacity with reduced hardware is consistent with the vision of sustainable and deployable IoT networks.