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TOP 50 USE CASES OF ARTIFICIAL INTELLIGENCE IN DIVERSE SECTORS INDUSTRIES


Artificial Intelligence In Health

Predictive analytics to confirm the need for surgery is a gift to healthcare. Sometimes we come across patients who say they have had unnecessary surgery because they can't predict what will happen. Fortunately, artificial intelligence is changing the fate of such onerous risks and avoidable surgeries. Health professionals can determine whether a patient needs surgery using artificial intelligence and predictive analytics. The technology will help doctors assess whether surgery is really necessary or an alternative with much less risk.


Machine learning to diagnose infectious diseases

For the past year and a half, medical experts have been saying that the government should take immediate action to control the coronavirus and, if it knows, its impact. No one was aware of the seriousness of 'Covid-19', the statement We heard over and over again. So artificial intelligence and other disruptive technologies can be used to detect future pandemics. Machine learning and big data can help change the way we diagnose infectious diseases. Doctors can perform genetic tests to see if the disease is contagious using a proprietary database and ML algorithms.


Health practices as a medical assistant

In addition to real medical services in hospitals and health centers, artificial intelligence helps patients with their day-to-day care at home or at work. An enormous amount of health apps that bloom in the App Store and Play Store and can track a patient's health conditions. Health apps powered by voice assistant technology allow patients to take their medication and control their health performance. They also send out alerts and training materials to keep patients ready at all times when it comes to their health.


AI-powered wearables track health conditions

Most of the time, follow-ups after a health condition are very mandatory. Unfortunately, we humans are very careless in monitoring our health conditions. Some health organizations offer such follow-up or life coaching services, which are extremely expensive. However, AI-powered wearables can help patients track health problems. For example, when a patient wears an AI-powered watch, the device captures real-time health data and offers advice on necessary medications, exercises, activities and even habits that can help them maintain their body.


Early detection of dementia

Dementia is seen as a costly disease. Severe dementia conditions cost patients up to US $ 500 billion worldwide. However, with early estimates, patients could get rid of those costs, saving up to $ 118,000. Fortunately, early detection of dementia is possible with artificial intelligence. A precision diagnostic tool can compare the way patients answer questions and verify their accuracy, speed and image characteristics. The tool can also tell if there is a possibility of developing dementia.


Intelligent robots in surgery

Due to the growing global population and demand for doctors, robot surgeons are 21st century. it's the must of the century. In addition to filling in human surgeons, robot surgeons can do better in most cases. Surgical procedures require extreme patience and precision, and the skills of medical surgeons do not decimate even if they work for hours without a break. Therefore, robotic assistants in surgeries can help the surgeon achieve a new level of sensitivity, even in the smallest movements.


Artificial intelligence in drug discovery and production

Drug and Vaccine Discovery is a very long process. It usually takes up to 10-12 years for a pharmaceutical company to discover a fully effective vaccine or drug on people. However, the Covid - 19 pandemic accelerated the need for a vaccine to be discovered quickly. Pharmaceutical companies around the world have used artificial intelligence, particularly machine learning technology, to identify the right key components that could work in building immunity to the virus. They also used data analytics to speed up the trial process.


Transforming doctors ' unstructured grades with NLP

Whether you agree or not, in most cases, doctors ' grades are unrecognizable. However, they are crucial for diagnostic and monitoring purposes. A patient's health status, recovery or worsening states, etc. they define it. Fortunately, natural language processing can open unstructured data directly from Doctor's notes and convert them into structural data. This helps reduce errors and speed up the transfer of information.


Image analysis for medical diagnosis

No matter how well-trained and experienced a physicist is, they are likely to miss one thing or the other in a medical diagnosis. Fortunately, with the help of image analysis, doctors can get help from technology to analyze many of the medical images, such as MRI, X savers and CT scans. Technology can also provide feedback on things that the human eye has missed.


Automate administrative tasks

Health institutions are a major hub for data. A lot of patients come in and out every day. Although many do not need follow-up, it is the responsibility of health workers to keep a record of patients ' medical data. Therefore, they use AI to automate management tasks. By using artificial intelligence to automate administrative tasks, health institutions are expected to save up to us $ 18 billion. Machines can also help doctors and nurses save time in labor-intensive work.


Artificial Intelligence in banking and Finance

NLP to detect insurance risk

Insurance companies rely heavily on data. They check applicants ' histories before processing insurance procedures. Insurance companies sort large data sets to identify high-risk cases and reduce risk. Insurance companies can analyze large volumes of texts using natural language processing and identify key issues that affect specific demands and actions.


Artificial intelligence in fraud detection

Banking and financial institutions are highly prone to fraudulent transactions. Unfortunately, human employees cannot monitor all transactions and pay attention to malicious content or suspicious payments. But machine learning algorithms can analyze thousands of data points in real time and stop many fraud claims in the process by flagging transactions that involve suspicion or fraud.


Machine learning helps investment

As technology evolves, banking and financial institutions are using artificial intelligence and other disruptive technologies in their work systems to perform predictive tasks. Such a predictive work is to determine the best investment plan or location. Machine learning-powered technologies provide advanced market information that allows fund managers to identify specific market changes much earlier compared to traditional investment models.


AI-powered apps provide financial advice

Budget management practices are proliferating in the digital world more than ever before. Powered by artificial intelligence and machine learning technology, these apps offer customers the advantage of highly specialized and targeted financial advice and guidance. It allows customers to track their spending daily using these apps, and also helps them analyze data to determine their spending patterns.


Customization of services

In the digital age, financial institutions are using AI-powered mobile apps to track user behavior and provide them with valuable personalized recommendations. In addition, banks are taking advantage of the ability of consumers to make unlimited transactions on their smartphones. Banks also connect with financial trading platforms and offer services, offers and insights based on users ' Search decks.


Artificial Intelligence In Cars

Application Of Artificial Intelligence In Design Development

Artificial intelligence (AI), programmable shading, and real-time ray tracing are used extensively in transforming the product's traditional design process. Advanced artificial intelligence has been disrupted to create an advanced ecosystem that accelerates new design workflows and improves team collaborations. The future of car design is said to lie in AI algorithms that can generate uncountable potential designs by identifying product ideas and problem.


Application Of Artificial Intelligence In Manufacturing

Companies use artificial intelligence-based robotics combined with human labor to carry out manufacturing and supply chain tasks. In manufacturing, artificial intelligence-powered Robotics produced proven results in proper processing of materials, test performances, and packaging of finished products. The use of artificial intelligence in car manufacturing speeds up the manufacturing process, as robots are given the responsibility to use deep learning programs to determine which parts to choose and how to choose.


Application Of Artificial Intelligence In Quality Control

AI is used for quality control, which includes inspection of Painted Car Bodies. Such precise determinations are often prone to mistakes when made by humans. AI-powered machines can detect defects more sharply and accurately than humans. Quality inspection using machine learning (ML) is expected to replace existing optical crack detection.


Artificial Intelligence In Car Dealerships

AI is also used by car dealers to increase efficiency and efficiency in delivering customer experience. All advanced data techniques influence the way consumers collect information about cars and make car purchase decisions. This also allows dealers to better understand and evaluate their customers and customize their services accordingly.


Application Of Artificial Intelligence In Automotive Insurance

The automotive industry is gradually resorting to a technology-driven culture by adopting and implementing artificial intelligence. Artificial intelligence applications in insurance rigorously advance the process of making claims in accident or unfortunate circumstances. Unfortunate circumstances also lead to cyber theft. The more connected the car, driver and passenger are, the greater the risk of cyber breaches and threats.


Artificial Intelligence in manufacturing and factories

Advanced Data Analytics

The manufacturing sector has been successful in using artificial intelligence for advanced data analytics. Digital transformation has led to the provision of numerous large-scale real-time data sets used for in-depth insights to predict current Sunday trends. The combination of data with advanced analytics has provided tremendous assistance efficiently and effectively in risk management, data visualization, supply chain management, as well as rapid decision-making.


Predictive maintenance

Predictive maintenance, or PdM, uses real-time data to identify key issues in the manufacturing process to immediately take necessary corrective actions. It helps to analyze data by studying the difference in nature and frequency and stimulates the system to reduce the risks of possible failure. Predictive maintenance serves as a guide to manufacturing industries in process optimization of premium quality products at lower cost.


Robotic Process Automation

Robotic Process Automation, or RPA software, has functions to effectively manage the organization's back-end tasks without any human intervention. It helps employees focus on other tasks to improve productivity. RPA manages high volume repetitive tasks with a large number of complex calculations and accurately records maintenance. The implementation of RPA software in various systems of manufacturing industries can help reduce time and improve workflow against competitors.


Robotics

The collaboration of intelligent robots with human employees in these production units and factories has successfully reduced the potential risks to human life. Factories have started using robots in dangerous areas such as mining, where there is a high risk of losing the lives of employees with a single mistake. Robots are known for their accuracy and better performance in risky areas with machine vision up to precise mobility. In some areas, industrial robots require the necessary help from human employees to efficiently complete risky tasks.


Inventory management

The integration of artificial intelligence into existing factory systems successfully realized proper inventory management in this fast-paced world. Human employees need to run many problems at the same time that can create mistakes. AI helps keep all kinds of inventory records to alert employees at the right time to replenish necessary materials. The AI algorithm generates timely alerts by predicting delivery timing, delayed schedules, and crises in the environment.


Artificial Intelligence In Education

Personalized Learning

AI can tailor lessons and learning strategies to specific students. It serves students with different abilities, considers knowledge deficiencies, and offers personalized learning recommendations, increasing each student's productivity. The traditional approach is a single method that suits everyone and can lead to serious knowledge and learning gaps. AI-based personalized education can meet specific needs and identify the most efficient learning models that different students respond to.



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