Zero-Shot and Few-Shot Learning with Reasoning LLMs
As large language models have already become essential components of so many real-world applications, understanding how they reason and learn from prompts is critical.
As large language models have already become essential components of so many real-world applications, understanding how they reason and learn from prompts is critical.
A few years ago, training AI models required massive amounts of labeled data.
Generative AI continues to rapidly evolve, reshaping how industries create, operate, and engage with users.
Fine-tuning remains a cornerstone technique for adapting general-purpose pre-trained large language models (LLMs) models (also called foundation models) to serve more specialized, high-value downstream tasks, even as zero- and few-shot methods gain traction.
This post is divided into three parts; they are: • Query Expansion and Reformulation • Hybrid Retrieval: Dense and Sparse Methods • Multi-Stage Retrieval with Re-ranking One of the challenges in RAG systems is that the user’s query might not match the terminology used in the knowledge base.
Building machine learning models is an undertaking which is now within everyone’s reach.
This post is divided into five parts: • Understanding the RAG architecture • Building the Document Indexing System • Implementing the Retrieval System • Implementing the Generator • Building the Complete RAG System An RAG system consists of two main components: • Retriever: Responsible for finding relevant documents or passages from a knowledge base given …
In the era of generative AI, people have relied on LLM products such as ChatGPT to help with tasks.
Python is one of the most popular languages for machine learning, and it’s easy to see why.