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About

The Technical University of Denmark and the IFAC Technical Committee in Marine Systems welcome you to the 14th IFAC Conference on Control Applications in Marine Systems, Robotics and Vehicles.

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The conference aims at defining the research, development and innovation agenda within the areas of marine  automation, control and robotics bridging the prominent views of academia and industry. 

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This edition of IFAC CAMS will focus on four technological areas that are instrumental for the achievement of the objectives pertaining to UN SDG14: Decarbonization; Autonomy; Cyber-resilience; Human factors in autonomous systems

Objectives and Research Areas

IFAC CAMS 2022 sets the following objectives:

  • Identify short-term and long-term research and innovation challenges in the four key thematic areas;

  • Enable a constructive dialogue between researchers and industry practitioners to develop future innovation waves for the marine automation and robotic sectors;

  • Inspire the future generation of female and male engineers to join the quest for a sustainable development of the maritime sector.

The conference will pursue the above objectives by setting up a diverse and vibrant program including keynotes from academia and industry, technical sessions, and girl camp.

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The following research areas are highly relevant and within the scientific scope of the conference:

  • Intelligent autonomous marine systems

  • Modelling, identification and control of surface vehicles and floating platforms

  • Mechatronic design of underwater robotic systems for monitoring and intervention

  • Methods and tools for the development of Digital Twins of marine systems

  • Guidance, Navigation and Control of surface and underwater vehicles

  • Path planning and collision avoidance

  • Situational awareness for autonomous marine operations

  • Marine renewable energy systems - Modelling, control and estimation

  • Propulsion systems and energy efficiency

  • Emission reductions and technologies for decarbonization

  • Security and safety of marine cyber-physical systems

  • Condition monitoring and fault tolerance of marine vehicles and operations

  • Dynamic positioning and position mooring systems for ships and platforms

  • Distributed and cooperative systems for marine operations

  • Swarm intelligence, learning and control

  • Adaptive, nonlinear and robust control in marine systems

  • Machine learning and artificial intelligence in marine systems and operations

  • Multi-modal sensor fusion for navigation and perception

  • Human factors in autonomous  marine systems

  • Risk and reliability of autonomous marine systems

  • Human-machine interaction in autonomous marine operations

  • Applications of autonomous and remotely operated (surface and underwater) marine vessels

  • Applications of marine vessels and robotics in environmental monitoring, mapping and surveillance, search and rescuing operations, habitat mapping, marine biology and geology, hydrographic explorations

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