In the healthcare industry, robotics has become a disruptive force that is improving patient care and transforming the way medical treatments are delivered. Numerous opportunities arise when robotics is incorporated into healthcare, including helping with procedures, automating repetitive jobs, increasing accuracy, and lowering human error. Advanced features like telemedicine made possible by these robotic devices allow for remote consultations and interventions, especially in underprivileged areas. Robots improve surgical results and reduce risks by navigating intricate surroundings and carrying out delicate procedures. Robotic advancements present the chance to increase procedure accuracy, decrease human error, and automate repetitive jobs. Furthermore, robotics can improve access to medical knowledge by enabling remote healthcare delivery, especially in underserved or remote places. This area of study opens the door for cutting-edge technologies that have the potential to revolutionise personalized care, rehabilitative therapies, and diagnostics, ultimately improving patient outcomes and healthcare delivery systems. To sum up, robotics in healthcare has enormous potential to transform patient care, improve results, and extend the skills of medical personnel. To fully reap the benefits of robotics in enhancing healthcare delivery, more developments and thorough evaluation of social and ethical issues are required.

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Optimizing Decision-Making for Robotics Implementation in Healthcare Using the TOPSIS Method

  • D. Ravindran,
  • G. Ramanathan,
  • M. Dhanamalar,
  • S. Raja,
  • Mini Gopalakrishnan,
  • K. Janaki Priya

摘要

In the healthcare industry, robotics has become a disruptive force that is improving patient care and transforming the way medical treatments are delivered. Numerous opportunities arise when robotics is incorporated into healthcare, including helping with procedures, automating repetitive jobs, increasing accuracy, and lowering human error. Advanced features like telemedicine made possible by these robotic devices allow for remote consultations and interventions, especially in underprivileged areas. Robots improve surgical results and reduce risks by navigating intricate surroundings and carrying out delicate procedures. Robotic advancements present the chance to increase procedure accuracy, decrease human error, and automate repetitive jobs. Furthermore, robotics can improve access to medical knowledge by enabling remote healthcare delivery, especially in underserved or remote places. This area of study opens the door for cutting-edge technologies that have the potential to revolutionise personalized care, rehabilitative therapies, and diagnostics, ultimately improving patient outcomes and healthcare delivery systems. To sum up, robotics in healthcare has enormous potential to transform patient care, improve results, and extend the skills of medical personnel. To fully reap the benefits of robotics in enhancing healthcare delivery, more developments and thorough evaluation of social and ethical issues are required.