6 Ways Artificial Intelligence Is Revolutionizing The Way We Live

WE have seen in movies like the terminator, how AI takes over the world and you are wondering, will that be impossible? Now let's look at some of the areas where AI is showing huge improvement in our lives. AI is everywhere, ever wonder how recommended videos on youtube are all of your likings, music on your Spotify. These are a few implementations of AI in our daily life.

6 Ways Artificial Intelligence Is Revolutionizing The Way We Live


What is AI?

The simulation of human intelligence processes by machines, particularly computer systems, is known as artificial intelligence. Expert systems, natural language processing, speech recognition, and machine vision are examples of AI applications.

AI And Healthcare

The major advantage of AI is helping people stay healthy so that they don't need to see a doctor as often. The use of AI and the IoMT (Internet of Medical Things) in people's health applications is helping tremendously. AI helps doctors to better understand the daily routine and requirements of the people and provide better feedback, guidance, and support for healthy living through this observation.

AI has been successfully used to detect numerous illnesses in the early stages such as cancer. According to the American Cancer Society, one out of every two healthy women is reported to have cancer by a large proportion of mammograms. The use of AI can help examine mammograms and transposed them 30 times quicker with 99% accuracy, which reduces the need for unnecessary biopsies.

Smart devices have bees used to monitor health. For monitoring patients in ICU, smart devices are critical. The use of artificial intelligence to enhance the ability to identify a deterioration, suggests that sepsis takes hold or senses that complications develop can significantly improve outcomes.

AI And Education


Artificial intelligence has a huge impact on the education sector. Automated e-learning software improves the efficiency of teaching by removing the need for human intelligence and manual data entry. Increasing the usage of AI-based intelligent tutors in schools could raise the need for increasing the minimum age for entering universities to 14 years and dropping the minimum age from 19 years to 14 years, as per research. AI Can Help Every Individual Learn Focusing on subjects more methodically allows the student to gain depth in their studies and identify what they can learn about. Reading and learning from books is not enough. Artificial intelligence can help you learn from millions of papers and hundreds of research articles online.

One of the key features AI can impact education is by implementing a greater level of the individualized learning system. This will focus on the student's weak area and generally helping to keep up at their own pace. It can help provide feedback for both the students and teachers to help them customize the course for better learning.

AI And Sports


AI has been involved in sports since the early days. Between 1970 and 1980, Stanford was developing AI technology that helped to measure hitting power, ball flight, and launch angle. AI has advanced so much in recent years that it has been able to figure out the outcome of past soccer matches with 94% accuracy. It is also able to rank soccer players on their talent and personality. AI has also been used in high-level sports such as tennis and tennis racquets. It can monitor players' footwork and can predict what kind of shots will be hit.

There are three types of sports data available: box scores, event data, tracking data. All these data types facilitate the rebuilding of a match history or a specific performance. A 90-minute soccer match can be summed up using high-ranking box-score statistics to provide an idea of how the game took place in a few seconds. Basic boxing figures can tell you who won the match, who first took the lead, when the goals were scored and how close together. The statistics for the box score provide a fairly good snapshot and a decent reconstruction level of the match. Event data provides a little more information than box-score statistics by providing further contextual information of important moments during a match. The tracking data system is the most detailed data collected in sports at the moment. It allows the position of all players and the ball to be projected into an elevation diagram that best reconstructs a match from that match's raw video footage. A digital representation by tracking all players on the whole pitch allows analysts to review more effectively than just a video feed that displays only one section of the pitch.

AI And Automobiles


The automotive industry is one of the major consumers of artificial intelligence. It is one of the most exciting and fast-growing industries because of the rapid growth of the automobile sector in developing countries like India. In developed countries, the automotive industry is moving towards using more and more components that are connected. There is a huge amount of data being collected and processed in vehicles, as well as on the roads, that can be used to enhance the driving experience. It can also help improve the safety of vehicles and improve the driver experience. As a result, the automotive industry is changing rapidly, and AI is playing a key role in the revolution.

AI is implemented in automobiles as 'driver assistance' and ' driver risk assessment' systems. It can predict the problem related to engine performance, battery problems, gas issues, etc. beforehand. It is predicted that in 2030, 90-95 % of the vehicles will have AI technology. When it comes to self-driving cars, AI plays a crucial role.

Some of the present implementations of AI on automobiles are

  • Navigating complex traffic situations.
  • Self-Driving grocery delivery.
  • Transporting passengers on fixed routes.
  • Robotic Ridesharing so on.


AI In Entertainment


AI's inroads into the entertainment sector can be traced back to the inception of cinematic animation. Digital animation, VFX, and motion capture were created to enhance the animation process by using AI. Due to the advancements in animation technology and its adoption by new storytelling mediums, the production costs for these stories will be considerably less compared to traditional productions. These stories will be designed to attract a mass audience in various media platforms, including online streaming services. For instance, the VR shooter game, Rec Room, employs AI to determine and show the best features of a given virtual world. AI In Everyday Life The personal computing revolution in the 1980s was a game-changer for its time.

In metadata tagging, video intelligence tools based on AI are used to analyze video frame by frame contents, and to identify objects to add appropriate tags. Leading Music and video streaming platforms like Spotify and Netflix use AI to offer content to people having different tastes and preferences. It also assists in the providing of a video subtitle to fit its contents to access a multi-regional audience. Online advertising plays an important role in branding and business promotions in the media industry. And AI is used to make online publicity more accurate and productive for higher conversion rates with a target audience.


AI in Business

AI has also steadily moved to everyday business with many sectors that adopt AI technology. With the impact of the pandemic, companies show signs of increasing implementation of AI technology. The advances in AI tools made artificial intelligence more accessible to companies. In business, AI has several distinctive characteristics, some of these features are:

  • AI in customer service and support

Uses virtual assistance programs to support users in real-time. It uses customer data and analyses products that will be needed by the customers shortly. It also assists staff by using analytics similar to those in chatbots and recommendation engines in providing better service for the customer, so that employees can make suggestions as they tend to customers.

  • Increase manufacturing output and efficiency

The industry uses AI to automate production lines through robots integration into the workflow and programming for mundane tasks daily. AI can assist in improving supply chain management by predicting what is needed and when and how long it takes to move supply.

  • Safer Operations

AI has been designed to improve employee safety or to help start a business. Proper data for problem identification are fed to AI using cameras, thermometers, motion detectors, and weather sensors to take preventive measures.

Conclusion

There is no doubt that the history of technology is often accompanied by revolutions. There will probably be more revolutions shortly. What do we know about artificial intelligence today and what do we know about artificial intelligence of the future? The most important AI applications are in image recognition and speech recognition.

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