Artificial intelligence can write plans, compose music, draw, do, and so on according to the requirements put forward by us humans. The principle is based on the learning of big data. This is similar to the human brain.
It's like we received a strange **, and the other end said a word: you. Our brains are actually running at a rapid pace, and the other person may say, hello, who are you, who are you, are you at home, when are you going to pay back, etc.
Artificial intelligence** is displayed according to the statistical results of big data, followed by "you" is followed by "good", then "who", then "who", then "are you at home", and "when to pay back" and so on.
So, AI looks like a human thinker, but it's bigger and faster than the human brain, and it can be used for protein structure, the odds of winning each move of Go, tasks that the brain can't do.
A person's life, in the eyes of artificial intelligence, is also a series of data, birth, pediatrician, weaning, walking, kindergarten, school, work, marriage, childbirth, retirement, illness, death. When these data of a large number of people are learned, artificial intelligence can also determine the life and death of individuals. No matter how strange our individuals are, they are statistically normally distributed, and although some have lived over 120 years old, the vast majority of people have a lifespan between 40 and 75 years.
Germans S**Cisns and colleagues built an artificial intelligence model that learned decades of information from a country of more than six million people. The data includes information about life events related to health, education, occupation, income, address, and hours worked. This approach not only provides for life outcomes such as early death, but also for nuances such as personality traits.
The model has an F1 score of 0788 (CI 0.)782 to 0794), indicating a high level of accuracy and reliability in human life events. This data is far more than the best fortune tellers.