Using artificial intelligence (AI) technology can bring many benefits, one of which is to help us look at social problems from different angles. Although there are many discussions about the possible abuse of AI technology in the industry, we must not ignore the good aspect of AI application. There are many complex problems in the world, and AI technology provides a valuable tool to help people improve their ability and find solutions to some thorny problems. Here are the top ten best applications of artificial intelligence for the benefit of society.

Cancer screening

AI technology supported by deep learning algorithm has been used in the field of health care. In particular, AI’s image recognition capability is expected to play a role in cancer recognition and screening, including breast cancer.

AI technology is also used to predict the development of diseases in the whole medical network. A team from Mount Sinai Hospital used AI algorithm based on deep learning to predict the development of diseases, with an accuracy of 94%. The diseases involved in the project include liver cancer, rectal cancer and prostate cancer.

With published cancer research, clinical trials and drug research and development, there is already a large amount of data available for AI technology to help them check and guide health care decisions.

Save the bees

Did you know that the world bee project is using artificial intelligence technology to save bees?

The global bee population is declining, which is bad news for our planet and our food supply.

Through cooperation with Oracle, the world bee program hopes to learn how to collect data through the Internet of things sensors, microphones and cameras on the hive, so as to help bees survive and reproduce. Then these data are uploaded to the cloud and analyzed by AI to identify the trends or patterns, so as to guide early intervention and help bees survive. Finally, AI technology makes it easier for us to share real-time information around the world and take action to save bees.

Special tools for the disabled

Another use of artificial intelligence for the benefit of mankind is to help people with disabilities overcome the problems caused by disability.

Huawei uses artificial intelligence and augmented reality technology to create storysign, a free mobile application that can convert text into sign language to help deaf children learn to read; Huawei has also created track.ai, an easy-to-use and inexpensive device that can identify children’s visual impairment, so it can start treatment before the disease leads to blindness.

Huawei has also developed another AI application, facing emotions, which can convert emotions into short sounds. This application can evaluate the emotions “seen” on other faces and help blind people “see” the emotions of people they are talking to. The application uses the rear camera on the mobile phone to evaluate the nose, mouth, eyebrows and eyes, Artificial intelligence technology then analyzes the expressions of these facial features and the emotions they convey – contempt, anger, fear, disgust, sadness, happiness or surprise.

climate change

With AI technology, we can also solve one of the world’s biggest problems – environmental problems. Climate change is a huge problem, but some thought leaders in the field of artificial intelligence and machine learning believe that technology can solve this problem.

Machine learning can improve climate informatics – machine learning algorithms support about 30 climate change models used by the Intergovernmental Panel on climate change. Artificial intelligence can also help educate and predict the impact of climate change on different regions. Researchers at the Montreal Institute of learning algorithms (Mila) are using Gan (generating countermeasure network) to simulate the damage caused by strong storms and sea-level rise.

Wildlife protection

Another way to use artificial intelligence technology to protect the earth is in animal protection. This technology gives underfunded animal conservationists the opportunity to analyze data in a low-cost way.

The University of Hawaii’s Kauai endangered seabird recovery project used artificial intelligence technology to analyze 600 hours of audio to detect the number of collisions between birds and wires.

In another project, in order to use artificial intelligence technology to prevent the reduction of endangered species, the University of Southern California Center for industrial intelligence in society uses unmanned aerial vehicles to find poachers and locate animals. The data collected by the UAV will be sent back and analyzed by machine learning tools, which use game theory to help predict the activities of poachers and animals.

Wild me and Microsoft are also using artificial intelligence technology to automatically identify photos uploaded to the Internet, record and track endangered animals such as whale sharks.

Combating world hunger

One of the most feasible tools to end the world hunger crisis is artificial intelligence technology. It can analyze millions of data points to help determine ideal crops, cultivate seeds, maximize current output and accurately control herbicide application.

In these aspects, many applications have been put into use, but what we want to emphasize here is the nutrition early warning system (News), which uses machine learning and big data to identify areas with increased risks due to crop failure, rising food prices and drought.

Reducing inequality and poverty

Despite the controversy that human bias may enter AI through biased algorithms or training data sets, AI technology can actually help reduce inequality.

Aequitas project of the center for data science and public policy of the University of Chicago and AI fairness 360 of IBM are open source toolkits that can track and correct deviations. TEXTIO, a smart text editor that makes job descriptions more inclusive, helped a publisher increase the proportion of female employees from 10% to 57%. Imperial College of London is training artificial intelligence to recognize inequalities in urban living conditions from street images, with a view to eventually using this information to improve the situation. Similarly, Stanford University is using artificial intelligence technology to analyze satellite images to predict poor areas and affect economic assistance.

Another way to eliminate poverty by using artificial intelligence / machine learning is simple voice developed by IBM’s science for social good, which can help illiterate overcome the difficulty of illiteracy.

Check “fake news”

Artificial intelligence is the driving force to push “false news” to the public.

However, Google, Microsoft and the grass-roots “fake news challenge” are using artificial intelligence technology (machine learning and natural language processing) to automatically evaluate the authenticity of articles. Because the number of Posts and Facebook dynamics that must be monitored is trillions, the monitoring cannot be completed manually. The company will also use artificial intelligence technology to find words and patterns that may mark false news.

Other tools that rely on AI technology to analyze content include spike, Snopes, hoaxy, etc.

Evaluate medical images

Overall, AI technology is improving health care systems in many ways.

Siemens Healthcare, headquartered in Germany, is a leading medical technology company that integrates artificial intelligence technology into many technologies. One of these technologies is AI rad companion. 4, a radiology assistant who can support routine tasks of medical imaging reading and measurement. Artificial intelligence enhances medical imaging and can help overworked radiologists reduce their workload.

Another innovation is AI pathway companion 5. The tool combines insights from pathology, imaging, laboratory and genetics to provide status prediction and next treatment suggestions for each patient based on the data.

Prioritize upgrades

At the University of Southern California Center for industrial intelligence in society, they deployed artificial intelligence technology to determine how to maintain the water supply in Los Angeles during an earthquake.

Due to the aging of the city’s public utilities infrastructure, the project determines the areas to be repaired and upgraded in the water supply network, and gives priority to upgrading the pipelines supplying water to important infrastructure (such as the infrastructure supplying water to hospitals, evacuation centers, fire brigades and police centers) into anti-seismic pipelines. Artificial intelligence can find the best solution by simulating a large number of different scenarios, so it is very suitable to solve this problem.

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