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Building LLM Powered  Applications

Building LLM Powered Applications

By : Valentina Alto
4.2 (22)
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Building LLM Powered  Applications

Building LLM Powered Applications

4.2 (22)
By: Valentina Alto

Overview of this book

Building LLM Powered Applications delves into the fundamental concepts, cutting-edge technologies, and practical applications that LLMs offer, ultimately paving the way for the emergence of large foundation models (LFMs) that extend the boundaries of AI capabilities. The book begins with an in-depth introduction to LLMs. We then explore various mainstream architectural frameworks, including both proprietary models (GPT 3.5/4) and open-source models (Falcon LLM), and analyze their unique strengths and differences. Moving ahead, with a focus on the Python-based, lightweight framework called LangChain, we guide you through the process of creating intelligent agents capable of retrieving information from unstructured data and engaging with structured data using LLMs and powerful toolkits. Furthermore, the book ventures into the realm of LFMs, which transcend language modeling to encompass various AI tasks and modalities, such as vision and audio. Whether you are a seasoned AI expert or a newcomer to the field, this book is your roadmap to unlock the full potential of LLMs and forge a new era of intelligent machines.
Table of Contents (16 chapters)
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14
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15
Index

Comparing the three options

We examined three options to achieve this result: options 1 and 2 follow the “agentic” approach, using, respectively, pre-built toolkit and single tools combined; option 3, on the other hand, follows a hard-coded approach, letting the developer decide the order of actions to be done.

All three come with pros and cons, so let’s wrap up some final considerations:

  • Flexibility vs control: The agentic approach lets the LLM decide which actions to take and in which order. This implies greater flexibility for the end user since there are no constraints in terms of queries that can be done. On the other hand, having no control over the agent’s chain of thoughts could lead to mistakes that would need several tests of prompt engineering. Plus, as LLMs are non-deterministic, it is also hard to recreate mistakes to retrieve the wrong thought process. Under this point of view, the hard-coded approach is safer, since the developer...
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