How Artificial Intelligence is a game-changer in the Educational institutes /Academics?

Yes, we can call it that Artificial Intelligence is a game-changer in every industry and giving more benefits to us without any complexity. We human wants that our life become easier & efficient and with less effort, we want better results without any errors. So we humans already build a Machine that exactly thinks and works like humans i.e. we called Artificial Intelligence.  But we can’t ignore that artificial Intelligence will bring a drastic change in our daily lives. It completely modernizes and smart way of doing business in every field. In every sector, smart digital operations are going to grow to better serve their customers. Especially, the education sector keeps up with the trend of artificial intelligence. Educational institutions are gradually transitioning to AI, such as primary, higher, and technical learning environments. The key reason behind this transformation is to provide learners with better facilities.  

In 2016, the Global Higher Education Market was estimated at USD 51.80 billion and is expected to reach USD 105.72 billion by 2025, rising from 2017 to 2025 at a CAGR of 8.25%. 

Among the different segments, the education industry is slowly spreading wings into digital and online education systems. By 2021, the online education market is going to be a $1.96 billion business. Artificial Intelligence not only seeks to benefit the sector but also to provide improvements that will make it more capable and entrepreneurial. The concept is to deliver solutions that are customized through automation and a basic understanding of their specifications for both teachers and students.

Empowering and updating educational systems with AI has resulted in improved knowledge transfer and comprehensive and worthy assessment of evaluations. An efficient education sector has the potential to transform a country by improving human resources and efficiency. Particularly, in the sense of developing countries, the education and literacy levels of the population play an important role in the growth and general transition to an advanced economy.

Let us discuss How Artificial Intelligence is a game-changer in the education industry:

AI automates administrative tasks: 

Every administrative activity is automated by AI technology. Teachers usually spend more time explaining homework, tests, and the doubts of their students. But this manual grading process is completely automated by AI apps and software. A lot of time for teachers and Institutions can be saved by the use of AI. Teachers will therefore concentrate more on improving the academic careers of their students. Driven by rising demand from educational institutions for AI, developers of AI software are concentrating on creating more successful AI products that fulfill all institutional grading needs. Therefore the automatic classification of written tests is provided by developments in AI technology.

The emergence of Voice Assistant: 

Modern educators in offline settings use voice assistants. Some of the best assistants that enable learners to communicate with study materials without the need for a teacher are Alexa, Siri, and Cortana. These AI devices can be used to provide casual contact and extra learning assistance with course materials. Therefore, AI-based computers improve learning processing with virtual personal assistants. Using adaptive learning features, artificial intelligence assistants allow learners to learn from anywhere at any time. 

Using AR and VR Technology: 

AR and VR technology empowers learners to explore and learn at their own pace by providing an immersive and interactive learning environment without using textbooks, thereby stimulating learning and understanding and improving vital retention. Education VR and AR-based apps that combine digital technology and learning, enhance the educational process, and allow students to visually acquire knowledge. Such innovations provide a solid foundation for enhancing the education process.

Robots in Education:

As artificial intelligence and robotics technologies continue to evolve rapidly, with the aid of robots in the field of education, we will be able to do incredible things. According to educational expert Sir Anthony Seldon, teaching robots would be able to interpret the facial expressions of children, and maybe even their minds, within the next ten years to evaluate and adjust to how their learning is proceeding.

AI tutors may also offer useful insights to teachers on how students learn, as well as feedback about how to properly personalize the learning experience of each student.

Help Educators in performing efficient institutional tasks:

Assistants based on artificial intelligence also provide school administrators with tremendous benefits. The AI assistants perform jobs such as maintaining student records, syllabus management, HR-related problems, and finance management seamlessly. 

AI-based assistants are scheduled to provide students with human-like teaching experience.These systems also help to find information related to certain instructional materials. Thus the smart teaching sessions and subject materials allow teachers to provide students with the best hands-on experiences.

Higher education institutions are enhancing the efficiency of the admissions process through the use of AI-powered education systems. In addition, with the use of machine learning in education, the admissions management process is becoming more desirable in the industry.

Accessibility and Availability: 

Combined with AI, digitization, education has become internationally available and readily accessible to everyone. There are no hurdles to AI, whether you are a student speaking a foreign language. You can quickly translate things and get audio as well as a video for the classes, making it easily open to you. If you are unable to attend the classes, AI not only authorises the classes for you but also makes them customised, open and interactive. Basically, the conventional methods of teaching are broken down by Artificial Intelligence and made more personalised and organised for you.

Automation of Grading activities:

The only way to assess student achievement is by grading. Artificial intelligence will automatically carry out the grading of exams and assignments through different applications and tools. For example, the system will match the student's response with the answer keys stored in the application for multiple choice questions, fill in the blanks, etc and give the grades accordingly. It won't be long before Artificial Intelligence will start testing long responses, which in turn will save teachers a lot of time and they can concentrate on other tasks and pay more attention to students.

AI creates smart contents:

The introduction of AI is required by conventional educational processes to provide vital academic performance for students. In addition,  Smart material, plays a key role in recognising the brand of modern education policies. For example, Digital video conferencing and video courses, allow students to understand the subject / topic easily. Artificial intelligence and machine learning techniques help to create smart virtual content or customized textbooks. These digitised textbooks develop new learning margins for all students of any grade. 

Conclusion

Based on above, we have to believe that AI will completely change the traditional ways of learning and it will bring new and smart methods for learning and make our learning process totally practical. It will make learning process more easier and efficients and its will be helpful for both teachers and students. No doubt it totally change our education system. 

Also Read: What are the application of Artificial Intelligence use in the Food Processing Industry?

So as above you got to know how AI is a game-changer in the Education Industry, Apart from this if you want to start your career in Artificial Intelligence and want to do a course then join “Nearlearn”. Nearlearn is the Foremost Artificial Intelligence Training Institute in Bangalore and also the best Machine Learning Training Institute. They provide highly skilled trainers having 10+ years of industry experience in these filed. They provide both online training and classroom training facilities. After completion, of course, they help you to get placement in various companies and also provide internship facilities to their students.

 

For more information contact us:

Visit: www.nearlearn.com

Use Of Artificial Intelligence in Pandemic

Now the whole world is facing a pandemic of COVID-19 spread from Wuhan, China, and this virus are spreading day by day. Due to the COVID-19 pandemic, it is affecting the whole economy. These virus has reached virtually every corner of the world and the number of cases exceeding 20 million and the number of death more than 7 lakhs worldwide. It is a condition which are affecting all of us in many ways. 

With the lockdown imposed, border closures, movement limits, and other restrictions with this, people are facing a lot of difficulties, and it is becoming more and more critical day by day.

In response to this rising problem, many of these organizations and institutions are using new and creative ways to turn to AI and related technologies for help. Improving the infrastructure for surveillance, tracking and identification is high on the priority list.

A security company in the United States has announced that its AI-enhanced thermal cameras can detect fevers, while border officers at airports in Thailand are already piloting a biometric screening system using fever detecting devices.

Early warnings and alarms, prediction, and identification of disease outbreaks, real-time disease tracking worldwide, analysis and visualization of spreading patterns, prediction of infection rate and infection trend, quick decision-making to identify successful drugs, pathogens research and analysis, and drug discovery are the various roles played by Artificial Intelligence during pandemics. 

Here we discuss how the use of Artificial Intelligence in Pandemic:

Planning and Tracking

Canadian AI company named BlueDot, which developed an AI system that alerted the world to coronavirus on December 31, 2019, after the first case was detected in China. This program was designed to predict and locate infectious diseases and to track their spread. It works by combining AI with epidemiologist knowledge which determines how and where to look for evidence of emerging diseases. BlueDot analyzes over 100,000 reports in several languages every day, and then sends daily updates to clients in health care, government, industry, and public health. The alerts provide a brief synopsis of the outbreaks of anomalous diseases that have been identified by its AI system and the threats they can pose.

Early Detection and diagnosis of the Infection

AI can detect unusual symptoms and other 'red flags' rapidly and thus alert patients and health authorities. This helps to provide faster decision-making, which is very cost-effective. It helps by using algorithms to build a new diagnosis and management system for the 19 cases COVID. Artificial Intelligence is useful in the treatment of infected patients by Using medical imaging techniques such as computed tomography (CT ), magnetic resonance imaging scans of human body parts 

 

Monitoring the Treatment

AI can create a smart platform to automatically monitoring and forecast the spread of this virus. A neural network can also be built to remove the visual features of this disorder, and this will help to better track and manage the individuals affected. It has the potential to provide day-to-day updates of the patients and even to provide remedies for the COVID-19 pandemic to be observed.

Contact Tracking of the Individual 

AI can also determine the level of infection by this coronavirus by identifying the clusters and 'hot spots' and can successfully track the individuals' contacts and even monitor them. It can predict the future course of this disease and possibly reappearance. 

Projection of the cases and mortality 

This AI technology can monitor and forecast the existence of the virus from the data, social media, and media channels platforms, about the risks of the infection and its probable spread. This can also forecast the number of positive cases and deaths in any area.  Artificial Intelligence can help identify the most vulnerable regions, populations, and countries and take measures accordingly.

 

Development of Drugs and vaccines 

Artificial Intelligence is used for drug research by analyzing the available data on COVID-19.  This system is used to speed up drug testing in real-time, where normal testing takes a lot of time and thus helps to greatly speed up this process, which a person would not be able to do. This can help to identify useful drugs for treating patients with COVID-19. This has become an important tool for designing diagnostic tests and for improving vaccination. AI helps to produce vaccines and therapies much faster than normal and is also useful for clinical trials during vaccine development.

Reducing the workload of Healthcare workers

Due to a rapid and unprecedented rise in the number of patients during the COVID-19 pandemic, the workload of health care practitioners is exceptionally high. Here, AI is used to reduce health-care workers' workload. It helps in early diagnosis and providing early-stage treatment using digital approaches and science of decision making, provides the best training for students and doctors regarding this new disease. AI can impact future patient care and tackle more potential challenges that reduce the physicians' workload.

 

Prevention from the diseases

AI will provide updated information with the aid of real-time data analysis, which is helpful in preventing this disease. This can be used to forecast possible sites of infection during this epidemic, the proliferation of the virus, the need for beds, and healthcare professionals. AI is useful for the potential detection of viruses and illnesses, with the help of previous mentored data over data that are present at several times. This describes the features, causes, and reasons for infection spread. It would become an important tool in the future for fighting the other epidemics and pandemics. This can provide a preventive measure and able to fight many other illnesses. In the coming days, AI can play a crucial role the making healthcare more predictive and preventive.

 AI-Powered Robots

AI-powered Robot that helps in COVID-19 battle by reducing the contact between patients and healthcare workers by minimizing the risks of cross infections. For Example, using of drones and robots to distribute contactless disinfectants and spray them in public areas to minimize the risk of cross-infection. Certain robots are testing people for fever and other signs of COVID-19 and dispensing hand sanitizer foam and gel. Robots are also used to supply foods and medicines to patients disinfecting rooms so as to reduce interaction with humans.

 

Conclusion

Artificial Intelligence is an emerging and important tool for detecting early coronavirus infections and also helps in monitoring patients' conditions. AI is not only useful for the treatment of patients infected with COVID-19 but also for their proper health monitoring. It can monitor the COVID-19 crisis on numerous scales, including medical, molecular, and epidemiological applications. AI can help in the development of appropriate treatment regimens, prevention strategies, drug development, and vaccine development.

So these are the things where AI can useful in Pandemics and help in treating COVID-19.

 

Also Read: How Artificial Intelligence Changing the gaming Industry

 

Here you can see How AI is useful in every sector and if you want to boost your career in Artificial Intelligence and wanted to do a course then join “Nearlearn”. Nearlearn is the Foremost Artificial Intelligence training institute in Bangalore and also the best Machine Learning Training Institute. They provide highly skilled trainers having 10+ years of industry experience in these filed. They provide both online training and classroom training facilities. After completion, of course, they help you to get placement in various companies and also provide internship facilities to their students. 

For more information contact us:

Visit: www.nearlearn.com

How Artificial Intelligence Changing the Gaming Industry

In the Era of the 21st Century, we all are busy in making our life happening, joyful, Adventures, full of relaxation, etc. we all want that our life is full of relaxation so either we play games or we plan for any trip but according to research many people prefer to play games and mainly they prefer video games. Day by day the demand for Video games is increasing and developers are developing new advanced technologies games that give a realistic feel. If we talk about the Gaming Industry, It rising day by day and generating millions of dollars revenues. Earlier we all play 2D games but now it’s not like that we all mostly prefer 3D-4D games. These give a better Experience to us while playing. VR/PR technologies are also used in video games that give real experience. Our today’s generation wants advanced technology games and our gaming industry is revolutionizing day by day and Artificial Intelligence plays a vital role in this. As per the report, the video game industry revenue was $78.61 Billion in 2017, and the market is forecast to grow at a rate of 2.29% annually from 2020 and it could be worth over $90 Billion by the end of 2020.

Throughout the digital world, in a joint project with Cubic Motion, 3Lateral, Tencent, and Vicon, the trillion-dollar gaming company Epic Games developed a believable virtual human. When you look at the gaming industry 's existing AI use, you will find that AI is primarily used in two areas: saving the game design budget and improving the in-game experience.

Many video game developers are hesitant to create Advance A.I. In their games, fearing to lose control over the overall player experience. Indeed, the target of A.I. For video games, it is not a matter of constructing an unbeatable force for players to compete against, but rather of optimizing player engagement and enjoyment over long periods.

 In 1970, Atari released the first "Computer Space" video arcade game, And it wasn't until then that game designers began making their first attempt to use AI in their games. AIs were primarily designed for arcade games with the aim of ensuring that people kept feeding quarters into the game machine.

 Let us Discuss How Artificial Intelligence Revolutionizing the Gaming Industry:

 Making the Game Smarter than Ever

AI-based Voice Intelligence is already changing the way in which games are played. Those assistants support a wide variety of smart games across genres.  Recent advances, apart from hosting their own games, show their entry into console games too. The game developers' main aim in the future is to design strong structures within games. For example, design recognition and reinforcement realization will require present-day AI techniques, where the characters inside the games will self-learn from their own behavior and evolve accordingly. This has been recognized by the gaming industry and some have even begun using those ideas.

 Making Games Further Real

There have been staggering progressions in the techniques of 3D visualization, stimulations based on physics, and, more recently, the incorporation of Virtual Reality and Augmented Reality into games. Such innovations have made it possible for game developers to make smarter ones.

Gamers no longer only need fantastic illustrations; they need games to take to the real world. It is a challenge for developers of games and AI is taking on a tremendous job in meeting this need. Imagine a game that can understand and respond to your actions in the game, predict your next move, and act accordingly to make it more real.

 Enhancing the Gaming Experience 

Another primary usage of AI in games is to model a human player to understand how individual players experience interaction with a game. AI needs to understand what a player is doing and how a player feels during the play.

Gamers now pay a lot of attention to detail — this not only includes the visual presentation and the very good graphics of quality but also how colorful and immersive the game is in every possible way. AI has the potential to play a critical role by bringing the gameplay experience to the next level by continuous scenario customization.

 Reshaping the skill of Developers

In addition to the skills of conventional game creation and techniques, game developers need to be equally professional with these AI techniques to make games smarter, more practical, and more intelligent.

By embracing cutting-edge technologies, the game developers have continuously been leaders by sharpening their technical skills and creativeness. Reinforcement Learning is a sub-set of Machine Learning and Deep Learning, and a case in point is the calculation behind the popular AI PC program AlphaGo, which beat the best human Go player in the world. The growing use of AI in games would mean a shift in the way games are made, also for the traditional game developers. Increasing the use of AI in games which means a change in the way in which games are created even for traditional game developers.

 Making Mobile games smarter with AI in Gaming 

Comparing the latest mobile games with those 5 years ago, and you'll see a big change in terms of the games' visual style, and how smart they have become. This is notable, however, that the computing power of mobile phone games has yet to catch up with their desktop counterparts, including the lack of a gaming console, which at this stage is beyond comparison. If it's changing the way we communicate with games, the content inside them, or the way they 're designed, it's clear that AI will continue to revolutionize the gaming industry – may be at a faster pace than it's ever done before.

Conclusion 

Games are far more than just a source of entertainment and enjoyment. Artificial Intelligence is a great concept created by humans to make the machines, in all perspectives, act exactly like humans. There are a number of industries that have brought AI into their operations, such as the gaming industry, where the players' overall gaming experience is improved by making games more realistic, which is a great sign of development in these areas.

Also Read: How Artificial Intelligence can impact in civil Engineering

 So these are the things where you can see how Artificial Intelligence totally changing the gaming Industry. In the coming days, Artificial Intelligence creates a lot of opportunities and if you want to start a career in Artificial Intelligence and want to develop an innovative game then join “Nearlearn”. Nearlearn is the Foremost Artificial Intelligence Training Institute in Bangalore and also the best Machine Learning Training Institute. They provide highly skilled trainers having 10+ years of industry experience in these filed. They provide both online training and classroom training facilities. After completion, of course, they help you to get placement in various companies and also provide internship facilities to their students. 

 

         For more information contact us:

Visit: www.nearlearn.com

 

Use of Artificial Intelligence for Space and Ocean Exploration

Today, Our world is full of technologies, innovations, curiosity, and creativity and we achieved a lot of things. Our scientists are discovering so many things and explorings our mysterious world and still many more discoveries are need to happen. Machines and technologies are like a blessing for us in this robotics world.

Robotics and Artificial Intelligence is changing many industries particularly for tasks that may be difficult for humans to do. As we all know or space and oceans are so mysterious and scientists are able to explore only some part of it and still many more mysterious things yet to discover. All of the things come possible only with the help of AI technologies and without this, discoveries are impossible and we able to study lots of things about space and oceans and know what exactly happening in space or in oceans. 

Here I am going to discuss how Artificial Intelligence is being used for space and ocean Exploration.

Use of Artificial Intelligence for space exploration

Many space research agencies like NASA, ISRO, European Space agencies are using AI technologies to do their researches in space.  

Planetary Exploration

AI and Robotics technologies allowing us to observe and explore the different new planets in our solar system. These robots collect the images of unidentified things in the space and sent information to our scientists. Based on that information scientists start their research and finding and collecting data of those unidentified things.

Earth Observation

With the help of satellites, scientists are able to observe the activities of our earth. AI helps optimize the analysis and gives us the reports of weather and natural disaster and provide alert signals before the occurrence so that we can take some preventive actions and AI also identify the objects that are hazardous for our earth and raised alert alarm to our scientists.

Robots 

There are countless sensors and gadgets that help astronauts in many ways of exploring space.  Actually sending a robot to space is much cheaper than sending a human. Recently NASA sent four robotic vehicles called rovers, to Mars. Robots are sent to planets to collect information related to weather of those planets, gases, Minerals, life existence, etc. With the help of sensors, robots detect the gases and weather of those planets and take the image of the objects with a high-resolution camera and send all data to our scientists. The Data that scientist receives from space in the form of images and they decode the images and extract the needed information.

UFO Detection

Many scientists do their researches on aliens and they try to find them. Many parts of countries, people claim that they have seen UFOs and today it is the big question that “do really alien exist”?. Our scientists sent satellites to our solar system to find unusual things in the space. These satellites detect unusual things like UFOs & aliens and sent information to our space stations and with the help of this information, scientists try to contact them and extract all the information.    

Use of Artificial Intelligence for Ocean exploration

As we all know that just like our solar system oceans are also very mysterious and our earth is cover with ¾ areas of water. Under deep water, there are many things that are unexplored and we don’t know about it. It is impossible for a human to go inside the very deep ocean because there are high water pressure that can affect the lungs and body. That’s why scientists developed AI technology to explore the underwater world and able to discover new species and mysterious things.

Ocean Exploration

Under deep water, scientists explored so many new species and things and many more things are yet to be discovered. Scientists send many robotics technologies under deep water and these robots collect the images of deep oceans or it provides live video what exactly happening under the deep oceans so based on that scientists do their researches.

Surveillance ocean activities 

These technologies always surveillance ocean activities and if any natural activities like the tsunami that being happen in the future, it provides alert signals before the occurrence so that we can stop this or we can take preventive measures. It also measures the sea level of water and if water above the sea level then it raises alert signals to us.

Oil and Minerals Exploration

AI has a number of potential applications and it is the key to unlocking the next productivity revolution in the industry. AI robots help in to find the oil and minerals in the deep ocean by drilling and automated inspections.

Korea Institute of ocean science and technology has developed the AI robot name “Crabster.”

It is the world’s deepest largest underwater robot used in exploration projects such as exploring shipwrecks as well as repairing structures like the pipes used to carry oil and gases.  

Transforming Marine Management

Marine species are important for commercial and scientific researches. Many researchers and organizations have been deploying AI to prepare a specific report of marine species for marine management.  

Researchers of North Carolina state university has developed an AI program that automatically identifies species or microscopic marine organisms. This program is able to identify the six species of foraminifera. For more than 100 million years, these creatures have predominated in the oceans. By examining shells, scientists able to determine when the shells were formed. 

Conclusion 

AI technologies are used in every sector and with the help of AI we able to explore so many things of our solar system and oceans. By sitting at home we able to know the detailed information about space and we able to see the underwater of oceans. All of these things come possible only because of AI technology. Today many more discoveries are yet to come and scientists are developing new technologies to explore our solar system and deep oceans.

Also Read: How Machine Learning and Artificial Intelligence will Impact your Daily Life

 As you know, Almost every sector AI is used and the demand for the job in Artificial Intelligence is high. So if you want to become an AI professional and want to do a course then join “Nearlearn”. Nearlearn is the best Artificial Intelligence training institute in Bangalore and they also provide the best Machine Learning Course in Bangalore. we provide both online training and classroom training. We trained our students from basic to advance level and after completion, of course, we provide placement supports to our students.

For more information visit our site: www.nearlearn.com 

Uses of Machine Learning in Healthcare

Now you can see, so many cases are coming due to coronavirus that spread from Wuhan, China. With the help of technologies, doctors are able to cure the patients. This thing only possible with the help of Machine learning.

Machine learning helps to identify the potentially harmful content and then it sends for evaluation to humans reviewers for assessment. Machine learning uses in healthcare to improve the health of the patients and reduce the cost by using superior diagnostic tools and effective treatment plans for patients.

Apart from this, there are many benefits of Machine Learning in Healthcare:

Identify the diseases and Diagnosis

Nowadays we can say, machine learning is more accurate and faster at diagnosis as compared to doctors. Machine learning in healthcare is the detection and diagnosis of diseases and conditions that are difficult to treat. This can include anything from cancers that are tough to detect at the initial stage. Researchers have developed machine learning algorithms to identify the cancerous tumors on mammograms.

Aid in Coronavirus Response

Machine learning and data analytics will help accelerate solutions and reduces the impact of the virus. It helps in expediting the drug development process, predict infection levels and help in screen patients more quickly. By the use of machine learning to identify those that produce the antibodies that help that person neutralize the virus. 

Patient risk Identification

Nowadays, the healthcare sector also started using tools built from machine learning models which helps in predicting various diseases like cancer, heart attack, tumors, strokes & more serious complications. These tools use data from the patient’s medical records,

daily evaluations, and measurements of vital signs in real-time, such as heart rate, sugar level, and blood pressure, to alert doctors about patient risks so they can immediately take preventive actions.  

Visual data Detection for tumors

Earlier days technologies were not so advanced as compared to now. So, Many diseases were not being able to detect at an early stage & due to lack of treatment at the right time people died. One of the most dangerous diseases is a tumor. Researchers have developed deep learning algorithms trained on previously captured radiographic images to recognize the early development of tumors in various areas of the body such as lungs, breasts, brain, etc. Algorithms can be trained to recognize complex patterns in radiographic imaging data.

Neurosurgeons are more confident than ever about their patient’s brain tumor diagnosis, thanks to the integration of a new system that will allow them to quickly see the diagnostic tissue & tumor margins in near real-time. Without the need for a pathology lab, neuropathologists can review the images, reducing the long waiting time needed for conventional processing, staining, and analysis.

Accelerating Medical Research Insight  

The use of NLP tools and neural networks to parse literature will provide usefully insights for medical researchers in the years ahead. NLP is also being used to mine unstructured data for insights in EHRs, such as data from electrocardiogram tests or copies of manually written notes that have been submitted to a patient’s record, but not included in form fields. CTakes is one example of the open-source NLP projects by Mayo clinic, Boston children’s hospital, and other organizations to develop a tool that analyzes unstructured data in EHRs for insights extraction.

Smart Health Records

Maintaining the up to date health records is a lengthy process and technology has played its part in easing the process of data entry. The fact is that even now, most of the process requires lot of time to complete. The primary function of machine learning in healthcare is to ease the process that saves time, energy and money. Documents classification methods are increasingly gaining momentum using vector machines and OCR recognization based on machine learning such as google’s cloud vision API and MATLAB’s machine learning-based recognization technology for handwriting.   

Using Convolutional Neural Networks for Diagnosis of Skin Cancer 

CNN’s are important tools for detecting and classifying images. Many researchers have used them to create machine learning models for skin cancer detection with 87-95% accuracy using TensorFlow, sci-kit-learn, Keras and other open-source tools. In comparison, dermatologists detect melanomas with an accuracy rate of 65 percent to 85 percent. Models are trained using thousands of images of malignant and benign skin lesions.

Outbreak Prediction

Also now, AI-based technology and machine learning are being used to predicting and forecast epidemics around the world. Scientists have access to a large amount of data collected from satellites, real-time social media notifications, website information, etc.with the help of Artificial neural networks it collects information and predicts everything from malaria outbreaks to serve chronic infectious diseases. Predicting these outbreaks are particularly helpful in third-world countries because they are lack in crucial medical infrastructure and educational systems.

Conclusion

Machine learning Algorithms provide disciplines with reproducible or standardized processes with immediate benefits. Those with large image datasets are also good candidates, such as radiology, cardiology, and pathology. Machine learning can be trained to look at pictures, detect abnormalities and point to areas that require attention, thus improving the accuracy of all these processes. Machine learning at the bedside can support the family practitioner or internist in the long term. Machine learning offers an unbiased opinion to improve performance, reliability, and accuracy.

Also Read: How Machine Learning Can Help your Business

If you want to know more about Machine learning like regarding the course, how uses of machine learning in different sectors and many more, then join “Nearlearn”. Nearlearn is the Best Machine Learning Online Training institute in Bangalore and offering a 50% discount on Machine learning training. We also offer courses like Deep Learning, Artificial Intelligence, Data Science, Data Analytics, PythonTraining, Blockchain Training. They provide skill trainers having 10+ years of industry experienced. Nearlearn provides both online training and classroom training. During the course provide internship facilities to students where they get fully practical experience.