Embeddings Explained: How AI Turns Text into Vectors
A practical explanation of embeddings, similarity, vector dimensions, chunking and how embeddings power search, RAG and recommendations.
LLM systems, retrieval, evaluation and the workflows that make models useful instead of impressive.
11 in-depth AI guides, newest first.
A practical explanation of embeddings, similarity, vector dimensions, chunking and how embeddings power search, RAG and recommendations.
Understand vector databases, approximate nearest-neighbour indexes, metadata filtering and the design decisions behind production retrieval systems.
A practical comparison of AI agents and RAG: retrieval, tools, planning, memory, failure modes, costs and when to combine both.
Learn the core levers for faster LLM inference: quantization, batching, KV cache, context length, speculative decoding and model choice.
Move beyond clever prompts with production patterns for instructions, structured outputs, examples, failure handling, evaluation and prompt versioning.
A developer-focused technical SEO checklist for AI and tech sites covering crawlability, canonical URLs, robots.txt, sitemaps, internal links and indexing diagnostics.
A practical internal-linking framework for building topical authority: pillar pages, supporting articles, anchor text, click depth and link maintenance.
30 ChatGPT prompts I actually use for email, meetings, spreadsheets and writing - copy, paste, replace the brackets. Plus the three prompts I stopped using.
RAG vs fine-tuning explained with a clear decision framework: cost, freshness, accuracy, latency and when to combine both approaches.
How to build topical authority with AI-assisted workflows: entity coverage, internal linking clusters, structured data and content that survives AI search.
A practical guide to running a local LLM on 8GB VRAM: model choices, quantisation levels, context limits, throughput expectations and tuning tips.
Maximum four newest AI posts, generated automatically.
A practical explanation of embeddings, similarity, vector dimensions, chunking and how embeddings power search, RAG and recommendations.
Understand vector databases, approximate nearest-neighbour indexes, metadata filtering and the design decisions behind production retrieval systems.
A practical comparison of AI agents and RAG: retrieval, tools, planning, memory, failure modes, costs and when to combine both.
Learn the core levers for faster LLM inference: quantization, batching, KV cache, context length, speculative decoding and model choice.
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