The role of humans in surgical automation TOU

The role of humans in surgical automation


The role of humans in surgical automation

The role of humans in autonomous states and robotic operations, according to Fosch-Villaronga et al. Credit: Leiden University

Recent trends in health care innovations reflect a drastic increase in the autonomic sizes of surgical robots. Despite the many obvious benefits of promoting sustainable innovations in the field of healthcare robotics, its use in the real world presents many gaps that can be irreparable or overlooked by humans. While the benefits of autonomous surgical robots are numerous, the interaction between robot manufacturers, health care providers, and patients does not limit the surgeon’s ability to perform surgery and poses new risks. This begs the essential question: Who is responsible if something goes wrong?

In a new paper published on International Journal of Social RoboticsDiscover the impact of automation on Eduard Fosch-Villaronga, Hadassah Drukarch and Bart Custers from eLaw — Center for Law and Digital Technologies, Pranav Khanna, eLaw alumnus, human-robot communication and surgical inventions.

Entitled “The Role of Humans in Surgical Automation”, this publication illustrates how the role of different stakeholders in highly autonomous robotic surgery is changing, and explores some of the challenges that robot manufacturers and hospital management are increasingly facing as surgical procedures increase. Automatic.

Their latest release is Creating a Man in Surgical Automation Natural mechanical intelligence, eLaw’s authors map the autonomous states and role of humans in robotic operations. They argue that progressive robot autonomy, performance, supervision and support will be increasingly shared between the human surgeon, his staff and the robot (and, the robot manufacturer). Goes wrong.

While the benefits of robot-assisted surgery are numerous, the introduction of the robot into traditional surgery is not straightforward and brings new risks that conventional medical devices have not previously posed. In those lines, the lack of a clear framework for establishing a common minimum basis for robotic surgeons creates contradictions in practical safety.

To further strengthen this increasingly complex ecosystem and address the concerns surrounding stakeholder responsibility for surgical robotization, we present a three-tier solution in the form of a robot-regulatory framework Robot Attack Assessment (ROBIA). The international trade body ‘Incoderms’ and a standardized adverse event reporting mechanism clarify the role of partners before, during and after robot-operated operations.

By drawing a clear picture of the exact role of humans in robotic surgeries, we can better implement responsibility for the map and be confident in accepting responsibility. Only if we do so, will we be able to bring the full benefits of robot innovations and solutions in surgery to healthcare providers and recipients.

Published in the study International Journal of Social Robotics.

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                                                                                            <strong>More info:</strong>
                                            The role of humans in surgical automation, by Edward Fosch-Villaronga et al. <i>International Journal of Social Robotics</i> (2022)  <a data-doi="1" href="" target="_blank" rel="noopener">DOI: 10.1007 / s12369-022-00875-0</a> 

Edward Fosch-Villaronga et al., A man in surgical automation, Natural mechanical intelligence (2021) DOI: 10.1038 / s42256-021-00349-4


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                                            Presented by the University of Leiden
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