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Semantic Indexes: The Secret Sauce for Supercharging Generative AI Performance

Ray Beste

Jun 29 2023

3 min read

All right, let’s dive right in. There’s this technique called semantic indexing that’s changing the game for generative AI models. Now, what’s this all about?

Think of a good old filing cabinet. We’ve got documents stored in drawers and folders, neatly categorized by attributes like the title or author. It’s a straightforward system, perfect for structured data. But when it throws a curveball our way, in the form of complex, unstructured data, that’s when we need to call in the big guns—semantic indexing.

What Is Semantic Indexing?

Semantic indexing isn’t just about basic attributes. It goes beyond. It’s about understanding the meaning and context of the data. It’s like a filing cabinet on steroids; not only knowing where each document is stored but also what it’s all about. This deep understanding of data is a game-changer in the world of generative AI.

Now, think of generative AI as a creative genius, whipping up original content, whether it’s music, images, or even a compelling piece of text. But to really hit the mark, these models need to understand the subtleties of the data they’re working with. That’s where semantic indexing proves its worth.

How It Affects Generative AI

By using this technique, generative AI models get a better grip on the context and meaning of the data they’re manipulating. This leads to better performance in several key areas. First, AI can create more precise and relevant content. For example, a generative AI model with semantic indexing could create a piece of music that nails the intended mood and style, instead of just stringing related notes and chords together.

Secondly, semantic indexing can ramp up the efficiency of generative AI models. By understanding the data’s context and meaning, these models can swiftly and accurately find the information they need, reducing processing time and computational resources.

Lastly, it can help us better understand the decisions made by generative AI models. By providing a deeper understanding of the data, semantic indexes can help us get to the bottom of why an AI model made a certain decision or created a specific output. This is crucial in industries where understanding the “why” behind an AI’s actions is paramount, like in healthcare or finance.

To sum it up, semantic indexing is a powerful tool for enhancing the performance of generative AI models. By providing a deeper understanding of data, these models can create more accurate, efficient, and interpretable outputs. So, the next time an AI-generated piece of content leaves you in awe, remember the secret ingredient behind it: semantic indexing.

This publication contains general information only and Sikich is not, by means of this publication, rendering accounting, business, financial, investment, legal, tax, or any other professional advice or services. This publication is not a substitute for such professional advice or services, nor should you use it as a basis for any decision, action or omission that may affect you or your business. Before making any decision, taking any action or omitting an action that may affect you or your business, you should consult a qualified professional advisor. In addition, this publication may contain certain content generated by an artificial intelligence (AI) language model. You acknowledge that Sikich shall not be responsible for any loss sustained by you or any person who relies on this publication.

About the Author

Ray Beste

Commencing his IT career with Sikich in 1989, the birth year of the World Wide Web, Ray has witnessed the evolution of technology from the inception of websites and browsers to the rise of smartphones and social media platforms. The advent of AI technologies, particularly Generative AI, has Ray focusing his attention on this and related technologies as he guides Sikich's internal use journey as well as that of our clients.