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11 AI Advances That Have Helped Society: 11 Ways in Which AI Has Been Used to Help People


We’ve come a long way since the days of primitive algorithms and big-data storage, but AI still has a long way to go. Today, it’s used in many different ways that help people live better lives and make our world better. Here are just 10 examples:

Face recognition for missing children

Facial recognition technology is being used to help find missing children.

It’s not just for identification, though; facial recognition can also be used to monitor crowds for signs of unrest or violence, which could lead to an alert being sent out if someone is spotted acting erratically.

The technology has been used in the past by authorities during natural disasters like hurricanes and earthquakes and in war zones such as Afghanistan and Syria, where it helps identify victims better than traditional methods such as DNA testing or fingerprinting would (because often there isn’t any other way).

Facial recognition technology is being used to help find missing children. It’s not just for identification, though; facial recognition can also be used to monitor crowds for signs of unrest or violence, which could lead to an alert being sent out if someone is spotted acting erratically.

Text-to-speech for people with speech impairments

Text-to-speech is a computer program that converts written text into speech. It can be used to help people who have difficulty speaking or who are deaf. A great example of this is the app Dragon Dictate, which uses text-to-speech technology to allow users to dictate their thoughts into an iPhone or iPad using just their voice. This makes it easier for those with severe disabilities to communicate with others by allowing them control over how they communicate rather than relying on other methods such as typing or signing in front of a computer screen (which require more skill).

Text-to-speech is also used in many different apps that provide audio content. These include audiobook applications like Audible and Naxos Audiobooks, as well as podcasts and music streaming services such as Spotify and Apple Music.

Virtual assistants for people with spinal cord injuries

In recent years, the technology has been used to help people with spinal cord injuries. A virtual assistant can be a useful tool for those who are unable to get out of bed or walk because of their disability. The software can provide assistance in daily tasks such as answering emails and making phone calls, navigating through the internet on their computer or tablet device, or performing other basic functions like scheduling appointments or making purchases with Amazon Prime Now (an online shopping service).

For example, if you have a spinal cord injury that prevents you from moving much on your own but still want to use social media sites like Facebook and Twitter on a regular basis, researchers at MIT Media Lab could program an artificial intelligence bot into an app designed specifically for this purpose—it would allow users who otherwise wouldn’t be able to communicate easily online without the assistance of another person to first ask questions via text message before communicating online.

Robot-assisted therapy for people recovering from strokes

Robot-assisted therapy is a type of rehabilitation that can help stroke patients regain mobility and independence.

Robots are used in the rehabilitation process to help patients learn how to walk again. They do this by providing feedback on the patient’s movement, which helps them develop muscle memory and reduce their risk of falling again. Robots can also be used as an adjunct therapy tool when it comes to helping stroke victims learn how to use their arms again after recovering from their injuries.

According to a study published last year (2018) by The Brookings Institute think tank, there will be nearly 1 million people living with disabilities in 2020.This number includes those who have suffered from neurological disorders such as Parkinson’s disease or Alzheimer’s disease but also includes those who suffer from multiple sclerosis (MS).

Artificial eyes for people who are blind or have low vision

Artificial eyes can help people who are completely blind or have low vision. These implants are used to restore sight and improve the quality of life for those who are visually impaired.

An artificial eye implant is a small device that connects directly to the optic nerve, bypassing damaged or diseased parts of the retina. Artificial eyes can help people with macular degeneration (a condition that causes loss of central vision), glaucoma (an eye disease), and other causes of blindness.

In one study conducted on rats with retinal damage caused by age-related macular degeneration (AMD), researchers found that rats treated with an artificial retina had improved vision compared with untreated ones after only two weeks—even though both groups had similar degrees of AMD at baseline!

Computer vision and machine learning to understand breast cancer

Computer vision and machine learning are two of the most important AI advances that have helped society.

Computer vision is a type of artificial intelligence (AI) that allows machines to see or analyze images and videos. It can be used for everything from creating virtual renderings of buildings, cars, and other objects to detecting cancer cells in breast tissue. In fact, computer vision has already been used by doctors at Stanford University to detect cancerous tumors with 99 percent accuracy!

Machine learning is similar to computer vision but also involves algorithms that learn from data without having any specific rules or goals programmed into them like you would in regular computer programs; instead, these algorithms process large amounts of information about their surroundings and make educated guesses about what might happen next based on past experiences with similar situations (like whether there’s something dangerous nearby). “Machine learning allows us humans who aren’t experts at predicting weather patterns across entire continents to get better results than we could otherwise achieve using traditional methods alone—and these methods include humans’ own brains!”

Voice recognition technology to help autistic children communicate

Voice recognition technology has been used to help children with autism communicate. Autistic children are often unable to verbalize their thoughts and feelings, which can make it difficult for them to connect with others around them. This can lead to isolation and depression, which can be worsened by the inability of autistic individuals (and their families) to communicate effectively with teachers and other staff members in schools.

Voice recognition technology has been developed over many years by researchers at MIT Media Lab, University College London (UCL), DeepMind, and Google Brain that enables autistic children who need help speaking or writing words on paper but are not able to do so verbally to do so via speech therapy sessions or lessons where they learn how words sound when spoken aloud by an adult like their dad, mom, or daddy, etc.

Machine learning that helps slow the spread of HIV/AIDS

Machine learning is a technique that uses algorithms to learn from data. It can help doctors make better decisions and save lives, as it’s been used to spot trends in the spread of HIV/AIDS.

In 2017, scientists created an AI system that could predict how many people would acquire HIV after being exposed to it. The system was based on an analysis of clinical trials involving thousands of participants over several years. This allowed them to develop an algorithm that could be applied across different regions or countries with varying levels of risk of contracting the disease (or not).

Using this method, researchers were able to identify areas with a high risk of infection by identifying clusters within cities or neighborhoods where more than one person had tested positive for HIV within six months of being infected with someone else’s virus through unprotected sex; then they used machine learning techniques like neural networks, which learn from previous examples, to analyze new cases more accurately before making any recommendations.

Deep learning to improve cancer detection and treatment

AI is being used to help doctors diagnose and treat cancer. Doctors can use deep learning to improve the accuracy of cancer detection and treatment by using computer vision and machine learning (ML) technology to analyze images from scans or X-rays.

The AI system can also be used for other medical applications, such as assisting doctors with handwriting analysis, recognizing signs of stroke or heart attack, predicting which patients will respond best to a particular drug treatment plan, or determining if a patient has an infection before prescribing antibiotics.

AI to help the elderly live independently at home.

AI has helped the elderly live independently at home.

There are a number of ways in which AI can be used to help people get more out of life, and one of them is using it to monitor their health. This means that an elderly person’s heart rate and blood pressure will be monitored by an AI system, which then suggests how they should take care of themselves based on their current situation. For example, if a person has high blood pressure but doesn’t feel like exercising because they’re tired from work or family obligations, the AI can recommend an exercise plan that will increase their energy levels without having any negative effects on their health status (like causing dizziness). The same thing goes for monitoring medication intake: instead of having someone else do it manually every time there’s an upcoming change in dosage schedule—which could lead them straight into trouble—you could just tell your robot buddy what kind of medication you’re taking every day; he’ll handle all those details so that nothing gets forgotten!

AI has many uses besides making social media posts more clever.

  • AI can help people with disabilities.
  • AI can help doctors diagnose diseases.
  • AI can help people with speech impairments and vision problems, too!

AI has been used to help people with autism and Asperger’s syndrome, as well as children with speech impairments and visual problems. In one case, a robot was used to help children with cerebral palsy learn how to walk. The robot mimicked the motions of someone walking in front of them so that the children could observe and mimic them.


We hope you enjoyed learning about the many ways AI is being used to make our lives easier. If you want to learn more about artificial intelligence and how it can be applied to your field, we encourage you to check out our blog.

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