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

Data is raw information. Data might be facts, statistics, opinions, or any kind of content that is recorded in some format. This could include voices, photos, names, and even dance moves!

Data can be organized into the following three types.

  • Structured data is typically categorized as quantitative data and is highly organized. Structured data is information that can be organized in rows and columns. Perhaps you’ve seen structured data in a spreadsheet, like Google Sheets or Microsoft Excel. Examples of structured data includes names, dates, addresses, credit card numbers, stock information.
  • Unstructured data, also known as dark data, is typically categorized as qualitative data. It cannot be processed and analyzed by conventional data tools and methods. Unstructured data lacks any built-in organization, or structure. Examples of unstructured data include images, texts, customer comments, medical records, and even song lyrics.
  • Semi-structured data is the “bridge” between structured and unstructured data. It doesn’t have a predefined data model. It combines features of both structured data and unstructured data. It’s more complex than structured data, yet easier to store than unstructured data. Semi-structured data uses metadata to identify specific data characteristics and scale data into records and preset fields. Metadata ultimately enables semi-structured data to be better cataloged, searched, and analyzed than unstructured data. An example of semi-structured data is a video on a social media site. The video by itself is unstructured data, but a video typically has text for the internet to easily categorize that information, such as through a hashtag to identify a location.

The importance of unstructured data is rapidly increasing. Recent projections(opens in a new tab) indicate that 95% of businesses prioritize unstructured data management.


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