Using past information to make smart guesses about what will happen next. It is like looking at yesterday's weather to guess if you need an umbrella tomorrow.

Predicting the Future

Collecting records like old sales, weather reports, or website clicks to provide a foundation for analysis. This step ensures the computer has enough evidence to learn from.

Gathering Digital History

Fixing mistakes and filling in missing pieces in your records so the computer has clear, accurate information. Poor quality information leads to bad guesses.

The Great Data Cleanup

Using technology to find patterns in data that humans might not notice on their own. It is like finding a needle of useful information in a haystack of numbers.

Spotting Hidden Habits

Showing a computer many examples so it learns how to recognize specific outcomes. The more good examples it sees, the better it becomes at its job.

Training Your Digital Assistant

Figuring out how one thing affects another, such as how a drop in temperature changes the sales of hot coffee. This helps the computer understand cause and effect.

Mapping Future Connections

Creating a simple flowchart that helps a computer make decisions by following a series of 'yes or no' questions. This is a very popular and easy-to-understand way to organize predictions.

Using Logic Trees

Using 'neural networks' to help computers solve very complex and messy problems. These systems are designed to process information similarly to how our own neurons work.

Imitating the Human Brain

Automatically putting customers or objects into groups based on things they have in common. This helps businesses treat different types of people in more personalized ways.

Grouping Similar People

Comparing the computer's guess to what actually happened to see if the prediction was right. This quality check ensures the system is actually helpful and reliable.

Checking the Results

Making sure the computer understands the big picture instead of just memorizing specific old examples. If a computer only memorizes, it cannot handle new, unseen situations.

Learning vs. Memorizing

Ensuring the computer's predictions are honest and do not unfairly treat specific groups of people. Designers must check that the data does not include harmful biases.

Keeping Decisions Fair

Guessing when a machine or engine might break so you can fix it before it actually stops working. This is a common way for factories to save time and money.

Predicting Equipment Failure

Using a person's shopping history to suggest the products they are most likely to want next. This is how websites like Amazon or Netflix know what you might like.

Personalized Shopping Tips

Identifying unusual spending habits to stop someone from stealing money or information. The system flags transactions that don't fit your normal behavior.

What Is Decision Fairness?