Research Papers on Artificial Intelligence: Artificial intelligence is creating evolution in healthcare. Artificial intelligence helps medical professionals in diagnosing. Artificial intelligence assists patients who needs medical companion. For patients, artificial intelligence is like a virtual nurse. For doctor, artificial intelligence is like virtual assistance. As well as, the Artificial intelligence helps to store huge amount of medical data. artificial intelligence also make revolution in discovering vaccine. Additionally, it is more accurate than doctor in diagnosis of diseases and their symptoms.
Artificial intelligence makes the life of medical professionals as easy. That reduces the burden of medical professionals. AI manipulates so data from patients’ medical history, medical records, and vaccine types. Artificial intelligence is playing vital role in finding vaccine. Artificial intelligence manipulates millions of chemical equations which are participating in making vaccines. So many chemical compounds are invented in vaccine generation with the help of artificial intelligence. Diagnosis disorders, and analysis of x-ray scan are the work of medical professionals. Artificial intelligence works for medical professionals in diagnosis and analysis of scans. Artificial intelligence is high sensitive and gives accurate results than professionals.
Table of Contents
Working Principle of Artificial Intelligence
Artificial intelligence implements in robotics, machine learning and cognitive learning. Artificial intelligence in robotics is in force from past. Machine learning is the process of practicing a machine with large amount of data and obtaining required results. Machine reads and stores huge statistical data and process them for assigned functions. (Research on AI) Artificial intelligence also helps to solve numerical problems as well as complex mathematical equations. Cognitive learning is upcoming scenario in artificial intelligence.
By practicing a machine in cognitive learning to work logically, then machine would differentiate and scrutinize real time problems like human brain. Artificial intelligence is capable of solving tasks and challenges from real time routine just like humans. It works mainly in three concepts namely machine learning, deep learning and artificial neutral networks. Artificial intelligence in machine learning involves in diagnosis functions. Artificial intelligence in deep learning provides results more accurate and rapid than human beings.
Research Papers on Artificial Intelligence in Healthcare Applications
Robotics in Research Papers on Artificial Intelligence involves in low risk surgery. Artificial intelligence involves in diagnosis and makes medical decisions in healthcare. Also, it predicts medicine rapidly and accurately than medical professionals. Artificial intelligence predicts particular medicine based on patient medical report very fast. AI performs imitation as human rational actions. AI provides a prototype change in healthcare industry. Healthcare industry has vast amount of data accumulation.
AI supports speedy analysis in healthcare industry. AI is helpful for so many works relating medical field and it creates evolution in tumour diagnosis, peripheral nervous treatments, and heart surgery. It is really, incredible of thinking about substituting the medical physicians by AI. But AI proves by performing more accurate and speedy than medical physicians. For benefits of AI in medical field, so many medical professionals debated about AI in many literature. AI provides elite algorithm for machine to learn about medical data and to process the medical data for medical practice. It helps system to learn and rectifying capabilities for accurate results from response. AI helps medical professionals to acquire real time knowledge time to time from resources for responding patients. Humans makes mistakes, not machines. AI omits prognostic faults which is unavoidable by humans.
Disease Prognosis
Watson – International -business –machines, identifies skin cancer. Artificial intelligence supports oncologists for corroboration of skin cancer in couple of stages. Watson analyses medical images to find the type of skin cancer. Quadriplegia is cervical syndrome. Accident in spinal cord causes quadriplegia. Quadriplegia patients suffers in lack of movement. Artificial intelligent can assist quadriplegia patients to move and to control of their own. This artificial intelligence is user device interface for movement of apps.
Artificial intelligence in cardiology supports diagnosis of cardiac syndromes by detecting heart images. Specific computer application diagnoses MRI images of heart to find anomalies in heart functions. The diseases of above discussed are deadly syndromes. Artificial intelligence supports to cure these disease, so artificial intelligence plays tremendous roles in life saving. Retinopathy and cataract are common cause in blood sugar. Artificial intelligence diagnoses retinal images and prognoses eye diseases.
Machine learning in artificial intelligence involves in diagnosis where deep learning in artificial intelligence achieves both diagnosis and treatment. Another deadly disease is stroke in continent Asia. Artificial intelligence avails early prognosis for stroke. Thrombus in cerebral is major symptom of stroke. Machine learning approaches of generic fuzzy algorithm involves in stroke prognosis. MRI & CT scan images are essential for prognosis of stroke. Scan images are data to artificial intelligence in stroke prognosis. Artificial intelligence makes to imitate, cognitive human functions. Artificial intelligence supports to mine opinion of patience in hospital records. The opinion collected from patients are massive in size. It requires more man powers.
Research and Survey Results from Artificial Intelligence
Artificial intelligence sophisticates prognosis and medical care. Artificial intelligence plays important role in medical scenario. Many strategies and technologies avails elite healthcare benefits using artificial intelligence. Healthcare industries spends more on discovering mobile applications and software tools. Based on the survey of optum, there are more than fifty nine percentage of health care industries anticipates that artificial intelligence would cause tremendous growth in healthcare industries economically. Most of researchers, and medical professionals, expects artificial intelligent to sophisticate surgery and operations.
In which healthcare industries uses high technologies and sophistications in massive range. Eighty three percentage of industries starts investing in artificial intelligence for their hospitals and health care industries. Thirteen percentage of people already implements artificial intelligence for their hospitals. Fifty six percentage of industries, prefers artificial intelligence to face covid nineteen pandemic period to treat people in quarantine. Fifty one percentage of industries return back of their investment due to the impact of covid nineteen pandemic.
Sixty eight percentage of industries exists in starting and implementing stage even in pandemic. Internet of things avails real time detection and monitoring procedure of human, which makes feasibility to monitor patients through artificial intelligence using internet of things. Internet of things interacts with machineries through internet connection via sensors. Monitoring function is the most anticipating scenario in artificial intelligence for dense populated world. Forty percentage of artificial intelligence uses wearable gadgets using internet of things. Thirty seven percentage of artificial intelligence involves in developing programs for novel prognosis procedures and also simulates research on therapy and other clinical inventions.
Scientific Path of Artificial Intelligence
Research Papers on Artificial Intelligence imitates human cognitive functions at first. That is coined as classic artificial intelligence. This type have considered intelligence of humans as the greatest intelligence. Human intelligence consists of logical reasoning and wisdom. Intelligence builds by learning. Learning helps to expertise new technologies, new concepts, and theories. Learning can create intelligence, which is very much essential for intelligence.
Classic artificial intelligence takes human intelligence as a base. Then advanced artificial intelligence have invented, which performs efficiently than human intelligence in sensitive accuracy, and speedy functions. Upcoming scenario of artificial intelligence is cognitive artificial intelligence. Which is more advanced than existed artificial intelligence. In learning approach of supervised mechanism, artificial intelligence stores and process the data from training process. In learning approach of unsupervised mechanism, the artificial intelligence works other intrinsic functions unsolved in supervised mechanism. Artificial intelligence manipulates data acquired from learning process. And artificial intelligence solves so many practical applications, which is reasoning functions of artificial intelligence. In reasoning mode of artificial intelligence, that will resolves problems as cognition function of human beings.
Historical Path of Artificial Intelligence
Finally, machine learning avails the most fruitful functions of natural language processing, language predication, translation functions, images configuring, handwriting identification, and global position system functions. For its timely results, machine learning applies in biomedical sector for health necessities. Computer science provides the function of manipulating data which is in complexity. From complicated data manipulation, artificial intelligence which belongs to the computer science department, avails elite diagnosis, prognosis, surgery and curing functions in biomedical. Contagious diseases cannot be handled by human. That are tedious process which are time consuming job for medical professionals. Stroke, heart diseases, respiratory problems, and diabetes need often medical assistance and monitoring. Artificial intelligence makes elite procedure for treating above given chronic diseases that is very helpful for medical professionals. The complexity of chronic diseases increases in later diagnosis.
About Research in AI
Artificial intelligence offers early prognosis for deadly chronic diseases. Breast cancer needs more often prognosis, artificial intelligence can deal wide women population for detecting breast cancer. Neutral networks in data mining helps to distinguish cancer photocopies and scan copies. Brainy and system interfaces can ease Alzheimer disease diagnosis through artificial intelligence by analysing MRI scan images. Artificial intelligence helps diabetic patients to monitor blood sugar level and blood pressure level. For the most part, artificial intelligence monitors the functions of kidney through computer based diagnosis. Summarily, the diseases increases risk of living beings. Tremendous care is essential for treating infinitive diseases. Data manipulation by machine learning, advanced deep learning, neutral networks and computer based diagnosis helps to deal diseases conflict. There are so many promising researches carrying on artificial intelligence in healthcare industries. That shows evolution of medicine by combing the computer science application called artificial intelligence.
Working Principle of Artificial Intelligence
Artificial intelligence implements in robotics, machine learning and cognitive learning. On the positive side, Artificial intelligence in robotics is in force from past. It is the process of practicing a machine with large amount of data and obtaining required results. Machine reads and stores huge statistical data and process them for assigned functions. Artificial intelligence also helps to solve numerical problems. As well as complex mathematical equations. With this intention, Cognitive learning is upcoming scenario in artificial intelligence.
By practicing a machine in cognitive learning to work logically, then machine would differentiate and scrutinize real time problems like human brain. In this research topic selection, Artificial intelligence is capable of solving tasks and challenges from real time routine just like humans. Artificial intelligence works mainly in three concepts namely machine learning, deep learning and artificial neutral networks. AI in machine learning involves in diagnosis functions. AI in deep learning provides results more accurate and rapid than human beings.
Artificial Intelligence in Healthcare Applications
Robotics in artificial intelligence involves in low risk surgery. It involves in diagnosis and makes medical decisions in healthcare. Artificial intelligence guesses vaccines. It predicts medicine rapidly and accurately than medical professionals. Especially, it predicts particular medicine based on patient medical report very fast. AI performs imitation as human rational actions. AI provides a prototype change in healthcare industry. Healthcare industry has vast amount of data accumulation also it supports speedy analysis in healthcare industry.
AI is helpful for so many works relating medical field. As well as, it creates evolution in tumour diagnosis, peripheral nervous treatments, and heart surgery. It is really, incredible of thinking about substituting the medical physicians by AI. First thing to remember, AI proves by performing more accurate and speedy than medical physicians. For benefits of AI in medical field, so many medical professionals debated about AI in many literature. In addition, it provides elite algorithm for machine to learn about medical data and to process the medical data for medical practice.
At the same time, it helps system to learn and rectifying capabilities for accurate results from response. In order to, AI helps medical professionals to acquire real time knowledge time to time from resources for responding patients. Humans makes mistakes, not machines. AI omits prognostic faults which is unavoidable by humans.
Disease Prognosis
Watson – International -business –machines, identifies skin cancer. Artificial intelligence supports oncologists for corroboration of skin cancer in couple of stages. Watson analyses medical images to find the type of skin cancer. Quadriplegia is cervical syndrome. Accident in spinal cord causes quadriplegia. Quadriplegia patients suffers in lack of movement. Artificial intelligent can assist quadriplegia patients to move and to control of their own. This artificial intelligence is user device interface for movement of apps.
Artificial intelligence in cardiology supports diagnosis of cardiac syndromes by detecting heart images. Specific computer application diagnoses MRI images of heart to find anomalies in heart functions. The diseases of above discussed are deadly syndromes. Artificial intelligence supports to cure these disease, so artificial intelligence plays tremendous roles in life saving. Retinopathy and cataract are common cause in blood sugar. Artificial intelligence diagnoses retinal images and prognoses eye diseases. Machine learning in artificial intelligence involves in diagnosis where deep learning in artificial intelligence achieves both diagnosis and treatment. Another deadly disease is stroke in continent Asia.
Artificial intelligence avails early prognosis for stroke. Thrombus in cerebral is major symptom of stroke. Machine learning approaches of generic fuzzy algorithm involves in stroke prognosis. MRI & CT scan images are essential for prognosis of stroke. Scan images are data to artificial intelligence in stroke prognosis. Artificial intelligence makes to imitate, cognitive human functions. Artificial intelligence supports to mine opinion of patience in hospital records. The opinion collected from patients are massive in size. It requires more man powers.
Overview of Research from AI
At the present time, Artificial intelligence sophisticates prognosis and medical care. Deep Learning Research plays important role in medical scenario. Many strategies and technologies avails elite healthcare benefits using artificial intelligence. Healthcare industries spends more on discovering mobile applications and software tools. Based on the survey of optum, there are more than fifty nine percentage of health care industries anticipates that artificial intelligence would cause tremendous growth in healthcare industries economically.
Research and Survey Results from Artificial Intelligence
Most of the researchers, and medical professionals, expects artificial intelligent to sophisticate surgery and operations. In which healthcare industries uses high technologies and sophistications in massive range. Specifically, eighty three percentage of industries starts investing in artificial intelligence for their hospitals and health care industries. Thirteen percent of people already implements artificial intelligence for their hospitals. With this intention, Fifty six percentage of industries, prefer artificial intelligence to face covid nineteen pandemic period to treat people in quarantine. Fifty one percentage of industries return back of their investment due to the impact of covid nineteen pandemic. Sixty eight percentage of industries exists in starting and implementing stage even in pandemic.
Internet of things avails real time detection and monitoring procedure of human, which makes feasibility to monitor patients through artificial intelligence using internet of things. As soon as, Internet of things interacts with machineries through internet connection via sensors. Monitoring function is the most anticipating scenario in artificial intelligence for dense populated world. Forty percentage of artificial intelligence uses wearable gadgets using internet of things. Henceforth, Thirty seven percentage of artificial intelligence involves in developing programs for novel prognosis procedures and also simulates research on therapy and other clinical inventions.
Scientific and Historical Path of Artificial Intelligence
Research About Artificial intelligences imitates human cognitive functions at first. That is coined as classic artificial intelligence. This type have considered intelligence of humans as the greatest intelligence. In either case, Human intelligence consists of logical reasoning and wisdom. Intelligence builds by learning. Learning helps to expertise new technologies, new concepts, and theories. Particularly, Learning can create intelligence, which is very much essential for intelligence. Classic artificial intelligence takes human intelligence as a base.
In the first place, the advanced artificial intelligence have invented. For this reason, it performs efficiently than human intelligence in sensitive accuracy, and speedy functions. Upcoming scenario of artificial intelligence is cognitive artificial intelligence. Which is more advanced than existed artificial intelligence. In learning approach of supervised mechanism, artificial intelligence stores and process the data from training process. In learning approach of unsupervised mechanism, the artificial intelligence works other intrinsic functions unsolved in supervised mechanism. Artificial intelligence manipulates data acquired from learning process. First thing to remember, artificial intelligence solves so many practical applications, which is reasoning functions of artificial intelligence. In reasoning mode of artificial intelligence, that will resolves problems as cognition function of human beings.
Advanced Research in Artificial Intelligence
Finally, machine learning avails the most fruitful functions of natural language processing. As well as, language predication. On the positive side, translation functions, images configuring, handwriting identification, and global position system functions. For its timely results, machine learning applies in biomedical sector for health necessities.
To emphasize, computer science provides the function of manipulating data which is in complexity. From complicated data manipulation, artificial intelligence which belongs to the computer science department, avails elite diagnosis, prognosis, surgery and curing functions in biomedical. In particular, contagious diseases cannot be handled by human. With this intention, the tedious process which is a time-consuming job for medical professionals.
Final Thoughts
In the final analysis, Stroke, heart diseases, respiratory problems, and diabetes need often medical assistance and monitoring. To begin with, Artificial intelligence makes elite procedure for treating above given chronic diseases that is very helpful for medical professionals. The complexity of chronic diseases increases in later diagnosis. For instance, Artificial intelligence offers early prognosis for deadly chronic diseases. With this in mind, Breast cancer needs more often prognosis, artificial intelligence can deal wide women population for detecting breast cancer. To clarify, neutral networks in data mining helps to distinguish cancer photocopies and scan copies. Brainy and system interfaces can ease Alzheimer disease diagnosis. For the most part, artificial intelligence by analysing MRI scan images.
To put it another way, Artificial intelligence helps diabetic patients to monitor blood sugar level and blood pressure level. And also artificial intelligence monitors the functions of kidney through computer based diagnosis. Summarily, the diseases increases risk of living beings. For this reason, tremendous care is essential for treating infinitive diseases. In the final analysis, data manipulation by machine learning, advanced deep learning, neutral networks and computer based diagnosis helps to deal diseases conflict. On the positive side, there are so many promising researches carrying on artificial intelligence in healthcare industries. That shows evolution of medicine by combing the computer science application called artificial intelligence. Visit us @PhDiZone
