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AUTONOMOUS MEDICAL ROBOTS POWERED BY AI: INNOVATIONS,
LIMITATIONS, AND FUTURE PROSPECTS
Istamov Mirjahon Mo'minjon o'g'li
Abstract:
The development of the fields of artificial intelligence and robotics is
bringing about revolutionary changes in the field of Medicine. Autonomous medical
robots are creating new opportunities in maintaining human life and improving health.
This article will analyze in detail the innovations, existing limitations and future
prospects of autonomous medical robots that work using artificial intelligence.
Keywords:
artificial intelligence, robots, robotics, medicine, health, rules,
regulatory documents, innovation.
Autonomous medical robots are robots that perform complex medical tasks
without human assistance or minimal human intervention. They are able to carry out
diagnostics, surgery, care, distribution of medicines and many other medical services.
The development of artificial intelligence allows robots to learn complex tasks, make
decisions and adapt themselves to the environment. These robots make it possible to
quickly and accurately analyze large amounts of data, constantly monitor the condition
of patients, as well as perform surgical procedures in high accuracy. In the field of
innovation, autonomous medical robots include many new technologies. For example,
robotic surgeons have significantly improved traditional surgical techniques. They
provide unsurpassed accuracy and stability when performing minimally invasive
surgeries. At the same time, with the help of artificial intelligence algorithms, robots
will be able to personalize the surgical strategy, studying the individual anatomy of the
patient. In the diagnostic field, however, autonomous robots are achieving high
efficiency in analyzing medical images, detecting pathologies and even detecting early
stages of diseases. All this serves to improve the quality of treatment of patients.[1]
Also, autonomous medical robots play an important role in improving the
efficiency of the health system. They reduce the workload of doctors, since many
repetitive and complex tasks are performed by robots. For example, tasks such as
dispensing drugs in exact doses, monitoring patients, and even providing emergency
response are being performed by robots. This increases the speed and quality of health
services, and also reduces human error. However, there are a number of limitations in
the development of autonomous medical robots. One of the biggest problems is
technological and ethical issues. Errors in the decision-making process of robots can
pose a serious threat to the lives of patients. Therefore, the safety and reliability of
robots should be ensured at a high level. In addition, the issues of confidentiality of
information obtained by robots and protection of personal data of patients are also of
T A D Q I Q O T L A R
jahon ilmiy – metodik jurnali
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186
ISSN:3030-3613
great importance. Ethically, however, there are questions as to whether robots can fully
take the place of a person and whether the doctor-patient relationship will change.
These issues are widely discussed in society, and in the future it is necessary to develop
clear rules and norms for them. There are also technological limitations. Fully
independent operation of autonomous robots requires highly advanced artificial
intelligence and sensor systems. Nowadays, these systems still have limitations in the
performance of some complex tasks. For example, in uncertain and changing
conditions, the adaptation and quick decision-making of robots is not yet perfect. [2]
In addition, the production and maintenance costs of robots are also high, which
prevents their widespread introduction. And the prospects for the future look very
bright. Rapid development in the fields of artificial intelligence and robotics further
expands the capabilities of autonomous medical robots. It is expected that in the
coming years, more effective cooperation of robots with Man, an increase in their
learning abilities and independence in the performance of complex tasks will increase.
Also, the possibilities of telemedicine and remote surgery will expand, and medical
services will be partially freed from geographical restrictions. This makes it possible
for patients living in remote areas to receive high-quality medical care. Also, robots
using artificial intelligence play an important role in the creation of individual health
systems. They help develop personalized treatment plans, taking into account the
patient's genetic information, lifestyle, and other individual characteristics. This
ensures the prevention and effective treatment of diseases. In the future, the integration
of robots into the human div, such as through implants and prostheses, is expected to
create new health opportunities.[3]
Conclusion:
In conclusion, autonomous medical robots using artificial
intelligence are providing great innovation in the field of Medicine. They provide high
efficiency and accuracy in diagnostics, surgery and patient care, reduce the workload
of doctors and further develop the health system. However, the security, ethical issues
and technological limitations of these technologies are still waiting for a solution. In
the future, the further development of artificial intelligence and robotics will become
an important factor in improving human health, expanding the capabilities of
autonomous medical robots. At the same time, effective cooperation between society,
legislation and medical professionals is necessary for the safe and effective application
of these technologies. The future of autonomous medical robots creates opportunities
to bring human health to a new level, and ongoing research on this path raises high
hopes.
References:
1.
Abdullaev, M. (2024). "Artificial intelligence and robotics in medicine: modern
approaches". Innoist scientific journal.
2.
Tursunov, S. (2021). "Artificial intelligence and expert systems". ResearchGate.
T A D Q I Q O T L A R
jahon ilmiy – metodik jurnali
https://scientific-jl.com
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3.
Karimova, N. (2021). "Dayjest in artificial intelligence in medicine". Collection of
innovations in the field of Medicine.
4.
Ergashev, D. (2023). "Advantages and disadvantages of artificial intelligence".
New Seekers magazine.
5.
Rasulov, A. (2024). "Who does artificial intelligence leave unemployed?". Oyina
collection of scientific articles. https://oyina.uz/uz/article/2756
6.
Islamov, J. (2022). "Autonomous medical robots and their future". Publication of
the Academy of Medicine of Uzbekistan.
7.
Mamatqulov, B. (2023). "Robotics and artificial intelligence: new opportunities in
medicine". Scientific work of Tashkent State Technical University.
