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Embeddings in AI: How Machines Understand the Meaning of Words
AI MethodsTechnology

Embeddings in AI: How Machines Understand the Meaning of Words

Embeddings are mathematical representations of words, sentences, and documents in a multidimensional vector space — the foundation of modern NLP, semantic search, and RAG architectures. Discover how Word2Vec, GloVe, BERT and cosine similarity became the common language of machines.

AI Agents — What They Are, How They Work, and Where They're Used
ExplainerSoftware

AI Agents — What They Are, How They Work, and Where They're Used

An AI agent (also called agentic AI) is a category of systems capable of autonomously planning and executing multi-step tasks without continuous human supervision. It is not a chatbot — it is a technology layer that turns language models into independently operating digital collaborators.

LLM — what it is and how a large language model works
ExplainerArchitecture

LLM — what it is and how a large language model works

Large language models (LLMs) are a class of artificial intelligence systems built on neural networks and trained on massive text corpora to generate and understand natural language. Understanding their architecture and limitations is essential for anyone using AI tools or making decisions about depl

TransformerTokenizationEmbeddingsSelf-Attention+22
8 min read
physical-ai-czym-jest-i-jak-dziaa-fizyczna-sztuczna-inteligencja-logo
ExplainerParadigm

Physical AI — what it is and how it works

Physical AI is the branch of artificial intelligence development that moves AI capabilities from purely digital environments into the physical world — enabling machines to perceive their surroundings, reason about them, and act in real time. Understanding this paradigm is essential for anyone following where robotics, industrial automation, and autonomous systems are heading in the coming decade.