Course Content
Introduction to Artificial Intelligence
About this learning activity Less than a century old, artificial intelligence (AI) has already undergone three waves of transformative development. Today it gives humanity the most powerful tools for analyzing complex data, not only to find meaning but to learn without human intervention. In this course, you'll survey AI's history and explore ways that it can shed light on unstructured data. What you'll learn After completing this course, you should be able to: Define artificial intelligence Describe three levels of artificial intelligence Describe the history of AI from the past to the possible future Define and describe machine learning Differentiate between structured and unstructured data Describe how machine learning structures data Describe how machine learning structures unstructured data Describe how machine learning uses probabilistic calculation to solve problems Describe three methods by which machine learning analyzes data Describe an ideal relationship between humans and machine learning
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Introduction to Large language models
Welcome to Introduction to Large Language Models! In this module, you'll learn what large language models are, how they work, and some typical business applications. Estimated duration 30 minutes
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IBM – Getting Started with Artificial Intelligence

People have analyzed data for centuries

For centuries, people have struggled to understand the meaning that’s hidden in large amounts of data. After all, it’s one thing to estimate how many trees grow in a million square miles of forest. It’s something else to classify what species of trees they are, how they cluster at different altitudes, and what could be built with the wood they provide. That information can be difficult to extract from a very large amount of data. Because it’s hard to see without help, scientists call this dark data. It’s information without a structure: just a huge, unsorted mess of facts.


To sort out unstructured data, humans have created many different calculating machines. Over 2000 years ago, tax collectors for Emperor Qin Shihuang used the abacus—a device with beads on wires—to break down tax receipts and arrange them into categories. From this, they could determine how much the Emperor should spend on building extensions to the Great Wall of China.


In England during the mid-1800s, Charles Babbage and Ada Lovelace designed (but never finished) what they called a “difference engine” designed to handle complex calculations using logarithms and trigonometry. Had they built it, the difference engine might have helped the English Navy build tables of ocean tides and depth soundings that could guide English sailors through rough waters.


By the late 1880s, people were thinking about how to develop faster systems to record data. Herman Hollerith, inspired by train conductors using holes punched in different positions on a railway ticket to record traveler details, invented the recording of data on a machine-readable punched card. Hollerith’s cards were used for the 1890 US Census, which finished months ahead of schedule and under budget. Later versions of tabulating machines had broad applications in business, such as financial accounting and data processing.


The word to remember across those twenty centuries is tabulate. Think of tabulation as “slicing and dicing” data to give it a structure, so that people can uncover patterns of useful information. You tabulate when you want to get a feel for what all those columns and rows of data in a table really mean.

Researchers call these centuries the Era of Tabulation, a time when machines helped humans sort data into structures to reveal its secrets.

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