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Current personnel at SiPLAB:

sergio

Sérgio M. Jesus

Lab Coordinator, PhD, University of Nice (France), 1986


orlando

Orlando C. Rodríguez

Permanent member, PhD, University of Algarve, 2001




António J.

António J. Silva

Permanent member, PhD IST - University of Lisbon, 2009


Paulo S.

Paulo J. Santos

Permanent member, PhD, University of Algarve, 2012


Cristiano

Cristiano P. Soares

Senior scientist, PhD University of Algarve, 2007


Ricardo Duarte

Ricardo J. Duarte

Postdoc, PhD Université de Bordeaux (France), 2018



Luciano Júnior

Luciano O. Júnior

Postdoc, PhD Universidade do Algarve, 2023





Hugues Chognot

Hugues Chognot

PhD candidate, Eng. Sea Tech, Toulon (France), 2023



Benoit Chambon

Benoit Chambon

MSc candidate, BSc Univ. Marseille (France), 2022



Fran Felix

Fran Felix

Stage, Univ. Azores



Daniel Pozzatti

Daniel Pozzatti

Electrical and Electronics Engineer, MSc Univ. Algarve, 2014



Joćo Parente

Joćo Parente

Electrical and Electronics Engineer, MSc Univ. Algarve, 2018



Fred

Fred Zabel

System Administrator, FCT, University of Algarve, 2005





Past SiPLAB members [here]

last update: 27-Dec-2023

Recent publications:

signals logo Search Space Reduction for Localization and Tracking of an Acoustic Source, Signals, 4 478-488 [PDF] June 2023.
sensors logo In-Lab demonstration of an underwater acoustic spiral source, Sensors, 23 4931 [PDF] May. 2023.

JMSE logo A Methodology for Shipping Noise Field Calibration and Excess Noise Estimation: the Azores Case Study, J.Mar.Sci.Eng, Vol.10, 1763 [PDF] Nov. 2022.

Featured products:

Logo of project JONAS

PAM2py

download zip or github, a Python open source version of the PAMGuide package for Passive Acoustic Monitoring that features the Exchange Data Format (EDF) for facilitated underwater acoustic data sharing and metadata handling. Python allows for a crossplatform licence free processing of raw acoustic data and EDF output. A library of Python routines for EDF data reading and writing are also available. See manual here.


Head wave propagation using Traceo

TRACEO

an efficient Gaussian beam 2D ray tracing model for underwater acoustic propagation, handling full bottom and water column range dependency, obstacle scattering and producing particle velocity outputs. See manual here and download a free copy for Fortran. A C version for linux and/or Windows is available here and for GPU here.