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PROGRAM 2021

LECTURES

MARINE ROBOTICS - MAROB

Lionel Lapierre
University of Montpellier

Robots for Karstic Exploration

Ralf Bachmayer
MARUM, University of Bremen

Low cost does not come cheap: Working towards a low cost deep-sea autonomous observation system

Ioannis Kyriakides
University of Nicosia

Making sense of marine and maritime processes through intelligent information acquisition and sharing

Ivan Stenius
Royal Institute of Technology (KTH)

Present status and achievements at the Swedish Maritime Robotics Centre SMaRC – An invitation to collaborate

Konstantin Kebkal
Evologics GmbH

Accurate qLBL acoustic positioning of multiple fast moving underwater targets in confined waters

Oleksiy Kebkal
Evologics GmbH

Accurate qLBL acoustic positioning of multiple fast moving underwater targets in confined waters

John Folkesson
KTH Royal Institute of Technology

Data Driven Methods for Deriving Bathymetric Maps from Side-Scan Sonars

Asgeir J. Sørensen
Norwegian University of Science and Technology

Leveraging ocean data harvesting by heterogenous robotic organizations and autonomous vehicles as sensor carrying platforms

Jens Einar Bremnes
Norwegian University of Science and Technology

Leveraging ocean data harvesting by heterogenous robotic organizations and autonomous vehicles as sensor carrying platforms

Kanna Rajan
SIFT LLC & University of Porto

Explorations in AI for Marine Robotics

Andreas Birk
Jacobs University Bremen

Underwater Human Robot Interaction (U-HRI): An overview of the history, challenges, and methods

Jo Eidsvik
Norwegian University of Science and Technology

Informative spatial sampling with autonomous underwater vehicles

Renan G. Maidana
Norwegian University of Science and Technology

Formal and risk-based methods for designing, testing and verifying autonomous marine control systems

Thomas Johansen
Norwegian University of Science and Technology

Formal and risk-based methods for designing, testing and verifying autonomous marine control systems

Tobias R. Torben
Norwegian University of Science and Technology

Formal and risk-based methods for designing, testing and verifying autonomous marine control systems

Asgeir J. Sørensen
Norwegian University of Science and Technology

Formal and risk-based methods for designing, testing and verifying autonomous marine control systems

MARITIME ARCHAEOLOGY - MARCH

Øyvind Ødegård
Norwegian University of Science and Technology

Whaling in the European Arctic 1600-1900 – technological innovation and adaptation

Bridget Buxton
University of Rhode Island

Titanic Revisited

Graham Scott
Wessex Archaeology

An ROV revolution? Using the new generation of low-cost battery powered ROVs for subsea archaeological work

Jacob Sharvit
Israel Antiquities Authority

Underwater Archaeology at BTS: A Decade of Innovation

Bridget Buxton
University of Rhode Island

Underwater Archaeology at BTS: A Decade of Innovation

MARINE BIOLOGY - MARBIO

Nenad Antolović
University of Dubrovnik, Institute for marine and coastal research

Robotic systems in mariculture

Nikša Glavić
University of Dubrovnik, Institute for marine and coastal research

Robotic systems in mariculture

Fantina Madricardo
CNR-ISMAR

Multidisciplinary applications of robotic solutions in shallow coastal environments

Francesca De Pascalis
CNR-ISMAR

Multidisciplinary applications of robotic solutions in shallow coastal environments

Aksel Alstad Mogstad
Centre for Autonomous Marine Operations and Systems (NTNU AMOS)

Underwater Hyperspectral Imaging as a Tool for Benthic Habitat Mapping

Workshop: Analysis of Data from Marine Observatories

Roee Diamant
University of Haifa

Quality assurance for data from the THEMO marine observatory

Susana Barbosa
INESC TEC - Institute for Systems and Computer Engineering, Technology and Science

Management and processing of geophysical data from continuous monitoring onboard the ship NRP Sagres

Nuno Alexandre Cruz
INESC TEC - Institute for Systems and Computer Engineering, Technology and Science

Using AUVs for in-situ calibration of sensors onboard marine observatories

Georgios Sylaios
Democritus University of Thrace (DUTH)

ODYSSEA: Operating a Network of Integrated Observatory Systems in the Mediterranean Sea

Ayah Lazar
Israel Oceanographic & Limnological Research (IOLR)

New Findings from the DeepLev Deepwater Marine Observatory

Steve Dimarco
Texas A&M University

THEMO – Science Discoveries from the First Three Years of Observations

INNOVAMARE project

Innovamare project

TUTORIALS

AI Zerocaliber Ltd

AI Zerocaliber: Edge Computing for Maritime IoT

Ilias Alexopoulos

KTH Royal Institute of Technology

Using Physics-informed Learning for Nonlinear System Identification of Underwater Robots

Sriharsha Bhat and Christopher Sprague

Cyprus Subsea

Efficient and scalable sensor-platform integration

Ehsan Abdi

LSTS

LSTS Toolchain: Overview and e-Infrastructure Access

Maria Costa

UNIZG FER - LABUST

Marine Unity Simulator

Ivan Loncar, Natko Krasevac, Juraj Obradovic, Luka Mandic, Nikica Kokir, Kristijan Krcmar, Mak Gracic

ADRIATIC

Adriatic

Đula Nađ

CNR-INM

CITIZEN ENGAGEMENT: LEARNING BY IMITATION IN MARINE ROBOTICS

CNR-INM Genova Robotics & AI Team

DEMOS

EvoLogics

Project HEKTOR

Towards a Heterogeneous Robotic System for Autonomous Inspection in Mariculture

Nadir Kapetanović

Plurato Sailfin by Statim d.o.o.

PLURATO SAILFIN – Electric Hydrofoil Surf Board

 

COMPANIES PROGRAM

Hydromea

The LUMA family of compact, fast optical underwater modems

Igor Martin and Alexander Bahr

H20 ROBOTICS

H2ORobotics products

Ivo Kutlesa

Social programme

Registration
Sunday, 26.9.

16:30 – 18:00

Welcome drink
Sunday, 26.9.

18:00 – 19:30

IEEE OES UNIZG party
Monday, 27.9.

From 20:30

Women in Blue
Tuesday, 28.9.

From 20:30

BTS Karaoke party
Thursday, 30.9.

From 20:30

Closing ceremony
Friday, 1.10.

19:30-20:00

Gala dinner
Friday, 1.10.

20:00-21:00

Field trip
Saturday, 2.10.

09:00-16:00

Breaking the Surface