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CALL MY AGENT


I


magine this: You are out in the field during a training exer- cise, wrestling with a stubborn equipment issue that has resisted every solution you’ve tried. Frustrated, you call the help desk, hoping they can guide you to the answer.


Tey answer and, with friendly camaraderie, begin probing your situation before providing a step-by-step walkthrough for your exact issue. Ten, much to your surprise, you are asked to rate your interaction with an artificial intelligence (AI) chatbot. Until now, you were under the impression that you were speaking to a human. After all, they sounded and responded exactly like a real person while providing the optimal solution.


AI advancements are progressing rapidly, making this scenario increasingly realistic. What appears to be a single AI entity is actually a team of AI entities working in tandem. Tese entities, known as AI agents, each specialize in one task and cooperate to provide the best response. One agent gathers information from your speech, another quickly queries thousands of documents to find and rank the best solutions and a third agent uses a power- ful language model to generate understandable, accurate and context-rich responses. Like people, AI agents work well in teams, producing greater value than the sum of their parts.


LARGE LANGUAGE MODELS When you call a company’s support hotline, you are often greeted by an automated voice system. While cumbersome, they do a decent job of gathering information from callers and directing them to the appropriate department. Tese systems may soon see significant upgrades with AI agents powered by large language models (LLMs). Instead of the caller needing to “listen carefully because the menu options have changed” or preemptively press- ing “5” for options in Spanish, callers may converse with an AI agent that can respond automatically in a preferred language.


LLMs are also able to sift through huge volumes of text data from sources such as articles, forums and social media platforms to understand and generate human-like language. Tese models can be fine-tuned for specific tasks. For example, a model trained on software code can learn best coding practices from billions of lines of code. Similarly, a model trained on help desk support can mimic field support representatives or data system engineers and generate relevant remedies to user issues by analyzing a specific collection of documents, such as user manuals and technical documentation. Tis is especially useful in situations where the availability of human experts is limited.


FIRST THINGS FIRST


Before documents can be read by large language models, they must have their text content extracted and then converted into a series of numerical decimal values, called embeddings. Larger decimal values create more specific embeddings, which can increase the accuracy retrieval. These embeddings are stored in a database specifically optimized for processing these values. (Graphic by Turhan Kimbrough, PEO C3T and USAASC)


38


Army AL&T Magazine


Fall 2024


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