literature review of Artificial
Intelligence in Medical Sector
Several research
studies are conducted on the topic of artificial intelligence and its
adaptation in the healthcare centers for the improvement of the service.
Hengstler and Ellen Enkel summarized their research findings by elaborating
that automations having the in-built qualities of learning and working
according to artificial intelligence is rapidly enhancing with their
application. MEDICAL ASSISTANCE DEVICES AND AUTONOMOUS CARS ARE FINE EXAMPLES
OF THIS CLAIM. EVEN SUCH DEVICES ARE COMMONLY ADOPTED IN SOCIETY IN VARIOUS
AREAS OF LIFE BUT STILL, THERE is SKEPTICISM. IN ACCORDANCE WITH THE CONCEPTS
RELATED TO THE HUMAN SOCIAL INTERRELATIONS TRUST IS THE BASIS FOR THE
RELATIONSHIP BETWEEN THE AUTOMATION AND HUMAN BEING. SOMEHOW, RESEARCH ALSO
PROVIDE INFORMATION ABOUT THE METHODS USED BY THE ORGANIZATIONS TO ENCOURAGE
THE CONCEPT OF TRUST RELATED TO ARTIFICIAL INTELLIGENCE (BEING USED IN THEIR
ADMINISTRATIVE SYSTEMS). research
studies concluded dichotomous constitution of trust about the applied systems
of Artificial
Intelligence (AI).
A research study
on the Artificial Intelligence (AI) held in 2001, summarized that principal constituents
of computational intelligence are basically, neural networks, evolutionary
algorithms, and uncertain logic that has focus on the mutual enhancement.
Research paper also presented findings as such formalisms has direct link with
the application AI in the health care centers. In the medical fields and health
care centers the fuzzy logic support in working with imprecise information (Hengstler & Ellen
Enkel, 2016).
WHILE NEURAL NETWORK HAS the CAPABILITY TO LEARN BEHAVIOR OF THE SYSTEMS
THROUGH THE USE REPRESENTATIVE EXAMPLES. WHILE EVOLUTIONARY ALGORITHMS INCLUDES
THE ABILITY to optimize THE COMPLEX SYSTEMS WHEN MATHEMATICAL MODELS ARE NOT
THERE FOR ASSISTANCE. NEURAL SYSTEM HAS GREAT IMPORTANCE IN THE MEDICAL FIELD BECAUSE
OF THE ABILITY OF IMAGE PROCESSING. A MULTIPLE VALUED THRESHOLD LOGIC SYSTEM
KNOWN AS THE CELLULAR NEURAL NETWORK WILL BE USED FOR THE PURPOSE OF
DOCUMENTING THE MEDICAL IMAGES.
Another research
study conducted in 2013 provide findings that Artificial Intelligence (AI) a
continuously developing technology that is making progress more rapidly in
comparison to other technologies. in accordance to the research study conducted
by setiawan, p.a.venkatachalam, & m.hani in 2009 artificial
intelligence help out the MACHINE TO WORK ACCORDING TO THE HUMAN
BEING THROUGH UTILIZING THE installed and stored data in the memory (Aizenberga,
Aizenberga, Hiltner, Moraga, & Bexten, 2001). However, IT IS NOT
POSSIBLE TO INSTALL OR STORE ALL DATA IN THE MEMORY OF the machine
just on the basis of assuming the possible future experience the machine
or a computer will face. However when it goes outside the circle
or do not meet the stored data or information machine can not
perform the desired actions. That can be considered as the BIGGEST
LIMITATION OF artificial intelligence. Research elaborate that Artificial
Intelligence (AI) is just similar to human intelligence as machines having
Artificial Intelligence (AI) ARE PROGRAMMED IN SUCH A WAY TO UNDERSTAND AND ACT
ACCORDING TO THE HUMAN BEING (Setiawan, P.A.Venkatachalam, & M.Hani, 2009). In the research
studies tactile sensor e-skins (having relatively same qualities of Human skin)
is introduced as the component of the Artificial Intelligence (AI) that is
going to be investigated more. In the
modern world a number of different types of e-skins are created through the use
of technology that has incredible abilities of sensing. Other than this modern
robots as interactive robots are working with the Artificial intelligence that
has excellent qualities of sensing and understanding the objects in subjective
and objective ways. Such robots can work in the healthcare centers to
facilitate the medical staff by taking care of the elderly and nursing patients
through the use of artificial intelligence (AI (Jones, 2015)).
References of ARTIFICIAL INTELLIGENCE IN MEDICAL SECTOR
Agah, Arvin. 2013. Medical Applications of
Artificial Intelligence. CRC Press. Accessed 11 13, 2018.
Aizenberga, Aizenberga, J. Hiltner, C. Moraga, and
E. Meyer zu Bexten. 2001. "Cellular neural networks and computational
intelligence in medical image processing." Image and Vision Computing
177–183.
Boden, Margaret A. 1996. Artificial Intelligence.
Elsevier. Accessed 11 13, 2018.
Fieschi, M. 2013. Artificial Intelligence in
Medicine: Expert Systems. Springer. Accessed 11 13, 2018.
Harris, Michael C. 2010. Artificial Intelligence.
Marshall Cavendish. Accessed 11 13, 2018.
Hengstler, Monika, and Selina Duelli Ellen Enkel.
2016. "Applied artificial intelligence and trust—The case of autonomous
vehicles and medical assistance devices." Technological Forecasting
& Social Change 105: 105-120.
IntroBooks. 2018. Artificial Intelligence.
IntroBooks. Accessed 11 13, 2018.
Jiang, Fei, Yong Jiang, Hui Zhi, Yi Dong, Hao Li,
Sufeng Ma, Yilong Wang, Qiang Dong, Haipeng Shen, and Yongjun Wang. 2017.
"Artificial intelligence in healthcare: past, present and future." Stroke
and vascular neurology 2 (4): 230-243. Accessed 11 13, 2018.
Jones, M. Tim. 2015. Artificial Intelligence: A
Systems Approach: A Systems Approach. Jones & Bartlett Learning.
Accessed 11 13, 2018.
Koh, Hian Chye, and Gerald Tan. 2011. "Data
Mining Applications in Healthcare." Journal of Healthcare Information
Management 19 (2): 65. Accessed 11 13, 2018.
Poole, David L., and Alan K. Mackworth. 2017. Artificial
Intelligence. Cambridge University Press. Accessed 11 13, 2018.
Setiawan, Noor Akhmad, P.A.Venkatachalam, and Ahmad
Fadzil M.Hani. 2009. "Diagnosis of Coronary Artery Disease Using
Artificial Intelligence Based Decision Support System." Proceedings
of the International Conference on Man-Machine Systems. Accessed 11 13,
2018.