Marine Robotics

INFORMATION

The oceans, which cover 70% of the earth’s surface, host many natural resources. With the increasing global shortage of land surface resources, the use of the ocean’s marine resources is becoming increasingly desirable.

The complexity of the environment and its extreme conditions create difficulties in carrying out missions and economic activities. The development of robotics makes it possible to carry out some activities that were not possible for humans. Therefore, it is crucial to develop remotely operated robots and underwater systems that allow the sustainable use of marine resources.

The Marine Robotics theme cluster (GTRM), brings together the members of HispaRob interested in the development, certification and marketing of platforms, systems and equipment for the development of robots and autonomous marine and underwater systems (UUVs, USVs, ROVs, etc.). They are also interested in their design and manufacture and in their applications and services in the marine and underwater environment.

Documents

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  • All day
    2022/06/14-2022/06/16

    Av. Partenón, Nº 5, 28042 Madrid

    Av. Partenón, Nº 5, 28042 Madrid

    No hay más datos sobre el evento.

15
  • All day
    2022/06/15-2022/06/16

    Av. Partenón, Nº 5, 28042 Madrid

    Av. Partenón, Nº 5, 28042 Madrid

    No hay más datos sobre el evento.

16
  • All day
    2022/06/16-2022/06/16

    Av. Partenón, Nº 5, 28042 Madrid

    Av. Partenón, Nº 5, 28042 Madrid

    No hay más datos sobre el evento.

171819
20
  • 14:00 -16:00
    2022/06/20

    Robot and human path planning is essential for the implementation of accurate, safe and effective Human-Robot Collaboration (HRC) systems, making sure to avoid incidents in the workplace, as well as increase productivity and work quality thanks to the collaboration between workers and robots.

    In this training session on motion planning in Human-Robot Collaboration of the Sharework project, we will review state-of-the-art approaches for robot planning and scheduling, and present advances in the field with great potential to contribute to a widespread uptake of high-payload collaborative industrial robots in assembly shopfloors. As part of the training activity, a hierarchical motion planning framework to plan and execute human-aware movements and research on human motion prediction applicable into robot motion planning will be presented.

212223242526
2728
  • All day
    2022/06/28-2022/06/30

    The ERF2022 covers all aspects and current themes related to the field of robotics. Researchers, engineers, managers, and a growing number of entrepreneurs, businesspeople, and public funding officers from all over Europe come together to discuss technology push and market pull and how innovation in robotics and robotics-related AI can be accelerated.

29
  • All day
    2022/06/29-2022/06/30

    The ERF2022 covers all aspects and current themes related to the field of robotics. Researchers, engineers, managers, and a growing number of entrepreneurs, businesspeople, and public funding officers from all over Europe come together to discuss technology push and market pull and how innovation in robotics and robotics-related AI can be accelerated.

30
  • All day
    2022/06/30-2022/06/30

    The ERF2022 covers all aspects and current themes related to the field of robotics. Researchers, engineers, managers, and a growing number of entrepreneurs, businesspeople, and public funding officers from all over Europe come together to discuss technology push and market pull and how innovation in robotics and robotics-related AI can be accelerated.

   

OBJECTIVES AND SCOPE OF ACTION

The GTRM aims to boost the growth of marine and underwater robotics. To achieve this, we have set ourselves the following objectives:

  • Improve the growth of the marine and underwater robotics industry, creating synergies between the different technological areas involved:

– Platforms and vehicles
– Navigation and control Systems
– Sensors and actuators
– Communication systems
– Propulsion Systems
– Materials

  • Promoting autonomous marine and underwater robots and systems by taking advantage of industry opportunities for startups following EU blue growth initiatives.
  • Identify industrial and commercial opportunities and technologies that will be needed for application in these major areas:

– Ocean exploration and description
– Identification and use of resources
– Protection and conservation of the marine environment
– Installation, operation, maintenance and dismantling of offshore industries

Who is the group formed by:

The Maritime Robotics Cluster (GTR Marítima) is constituted by different entities that have a relationship with underwater robots throughout its life. The member entities of the WG include:

  • Designers and manufacturers of marine equipment and systems
  • Designers and manufacturers of autonomous and remote robots and vehicles.
  • Educational centres.
  • Providers of services related to robots and autonomous or remote vehicles underwater.
  • Distributors
  • Others.

Entidad coordinadora: 

< 2022 >
June
MoTuWeThFrSaSu
  12345
6789101112
1314
  • All day
    2022/06/14-2022/06/16

    Av. Partenón, Nº 5, 28042 Madrid

    Av. Partenón, Nº 5, 28042 Madrid

    No hay más datos sobre el evento.

15
  • All day
    2022/06/15-2022/06/16

    Av. Partenón, Nº 5, 28042 Madrid

    Av. Partenón, Nº 5, 28042 Madrid

    No hay más datos sobre el evento.

16
  • All day
    2022/06/16-2022/06/16

    Av. Partenón, Nº 5, 28042 Madrid

    Av. Partenón, Nº 5, 28042 Madrid

    No hay más datos sobre el evento.

171819
20
  • 14:00 -16:00
    2022/06/20

    Robot and human path planning is essential for the implementation of accurate, safe and effective Human-Robot Collaboration (HRC) systems, making sure to avoid incidents in the workplace, as well as increase productivity and work quality thanks to the collaboration between workers and robots.

    In this training session on motion planning in Human-Robot Collaboration of the Sharework project, we will review state-of-the-art approaches for robot planning and scheduling, and present advances in the field with great potential to contribute to a widespread uptake of high-payload collaborative industrial robots in assembly shopfloors. As part of the training activity, a hierarchical motion planning framework to plan and execute human-aware movements and research on human motion prediction applicable into robot motion planning will be presented.

212223242526
2728
  • All day
    2022/06/28-2022/06/30

    The ERF2022 covers all aspects and current themes related to the field of robotics. Researchers, engineers, managers, and a growing number of entrepreneurs, businesspeople, and public funding officers from all over Europe come together to discuss technology push and market pull and how innovation in robotics and robotics-related AI can be accelerated.

29
  • All day
    2022/06/29-2022/06/30

    The ERF2022 covers all aspects and current themes related to the field of robotics. Researchers, engineers, managers, and a growing number of entrepreneurs, businesspeople, and public funding officers from all over Europe come together to discuss technology push and market pull and how innovation in robotics and robotics-related AI can be accelerated.

30
  • All day
    2022/06/30-2022/06/30

    The ERF2022 covers all aspects and current themes related to the field of robotics. Researchers, engineers, managers, and a growing number of entrepreneurs, businesspeople, and public funding officers from all over Europe come together to discuss technology push and market pull and how innovation in robotics and robotics-related AI can be accelerated.

   

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