Raqamli texnologiyalarning Yangi O‘zbekiston rivojiga ta’siri

4.
 
AI-Assisted Robotic Surgery 
4.1.
 
Enhanced Precision and Accuracy 
AI-assisted robotic surgery has the potential to revolutionize surgical procedures by 
enhancing precision and accuracy. By leveraging artificial intelligence, surgical robots can provide 
data-driven decision-making through decision support systems and cognitive robotic assistance. 
These computer-manipulated devices enable surgeons to concentrate on the complex aspects of a 
surgery while benefiting from AI-driven assistance. 
One of the key advantages of AI in robotic surgery is the ability to improve surgical precision. 
AI algorithms analyze real-time data from imaging systems and sensors, allowing the robotic system 
to make precise movements and adjustments based on the patient's anatomy and surgical 
requirements. This enhanced precision can lead to improved surgical outcomes, reduced trauma, 
and faster patient recovery times. 

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YANGI 
O‘ZBEKISTON
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Furthermore, AI enables decision support systems that assist surgeons in making informed 
decisions during surgery. By analyzing vast amounts of patient data, including medical records and 
imaging data, AI algorithms can provide valuable insights and recommendations to guide the 
surgical process. These data-driven recommendations can help optimize surgical workflows and 
improve surgical outcomes. 
However, the implementation of AI in robotic surgery is not without challenges. Close 
collaboration between surgeons, computer scientists, and engineers is necessary to define the 
requirements for AI assistance in surgical procedures. Furthermore, integrating AI systems into 
existing surgical workflows can be complex and may require significant changes to data collection 
and analysis processes. 
Despite the challenges, successful applications of AI in robotic surgery have demonstrated its 
potential benefits. AI enables real-time adaptive capabilities in surgical robots, allowing them to 
make quick alterations and alternative surgical plans based on real-time feedback. Moreover, AI 
integration makes surgical robots part of the overall hospital ecosystem, enabling them to access 
patient records and extract relevant information independently.