AI What is Precision & Recall in Machine Learning (An Easy Guide) When evaluating machine learning models or detection systems, two key metrics consistently pop up: recall and precision. While these terms might sound intimidating at first, they're actually quite simple concepts that help us understand how well our systems perform. Think about a system that detects cats in photos.
AI What are Embedding Models in Machine Learning? If you've ever wondered how computers understand words, sentences, or images, you're about to find out! Embedding models might sound complex, but they're actually pretty neat - they're like translators that turn human concepts into numbers that machines can work with. In
AI List of 6 Speech-to-Text Models (Open & Closed Source) In an increasingly digital world, where audio and voice data are growing at an incredible pace, speech-to-text (STT) models are proving to be essential tools for converting spoken language into written text with accuracy and speed. STT technology unlocks remarkable possibilities in diverse fields, from hands-free digital assistance and real-time
AI What is Hugging Face and How to Use It? If you're into Artificial Intelligence (AI) or Machine Learning (ML), chances are you've heard of Hugging Face making waves in the tech community. But what exactly is it, and why has it become such a crucial tool for AI developers and enthusiasts? Whether you're
AI A Guide on Chain-of-Thought (CoT) Prompting In the world of AI, particularly in natural language processing (NLP), how a model be prompted can dramatically change its performance. Standard prompting, where a model is simply asked to generate an answer, has been the dominant approach for a long time. But when it comes to tasks requiring reasoning
AI 7 Chunking Strategies in RAG You Need To Know Retrieval Augmented Generation (RAG) enhances AI responses by retrieving relevant external information in real time. To make this process efficient, RAG relies on chunking strategies - breaking large documents into smaller, manageable pieces for faster retrieval and processing. A great way to understand RAG is to think of it as