@chriss_mano: #CapCut

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Sunday 16 November 2025 20:42:16 GMT
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magloirenomagno56
Magloire Nomagno :
bsr grand frère comment ça va ☺️
2025-12-29 21:32:43
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Here are the 9 terms you actually need to know in 2026. 1. Context window How much text a model can hold in working memory at once. Bigger isn’t always better. More on that in a second. 2. Context collapse What happens when you stuff too much into the window. The model loses the plot. Recall drops. Quality tanks. The fix isn’t a bigger window. It’s better curation. 3. Guardrails The rules and filters constraining what a model can say or do. Before generation, during generation, after generation. If you’re shipping AI to customers without them, you’re shipping a liability. 4. Evals Structured tests that measure model performance on actual tasks. Not vibes. Not demos. If your team can’t show you their evals, they’re guessing. 5. GraphRAG Retrieval-augmented generation built on a knowledge graph instead of isolated text chunks. The difference: vector RAG finds passages. GraphRAG follows relationships. Multi-hop reasoning lives here. It’s why Gartner just flagged it as a critical enabler for GenAI. 6. Inference Running a trained model to produce outputs. This is where your AI bill actually comes from. Training is a one-time investment. Inference is the rent. 7. Chunking How documents get split before retrieval. Sounds boring. Quietly destroys most RAG systems. Fixed-size chunking ignores meaning. Semantic chunking respects it. Often the difference between AI that works and AI that hallucinates. 8. KV cache The stored key-value tensors from attention that let models skip recomputing past tokens. This is what fills up in long-context workloads. It’s also what’s driving your inference cost. Long context isn’t free. The KV cache is the receipt. 9. Quantization Shrinking a model by lowering the numerical precision of its weights. FP16 to INT8 to INT4. Same model, fraction of the memory, almost the same accuracy. It’s why the gap between frontier and open source keeps closing.
Here are the 9 terms you actually need to know in 2026. 1. Context window How much text a model can hold in working memory at once. Bigger isn’t always better. More on that in a second. 2. Context collapse What happens when you stuff too much into the window. The model loses the plot. Recall drops. Quality tanks. The fix isn’t a bigger window. It’s better curation. 3. Guardrails The rules and filters constraining what a model can say or do. Before generation, during generation, after generation. If you’re shipping AI to customers without them, you’re shipping a liability. 4. Evals Structured tests that measure model performance on actual tasks. Not vibes. Not demos. If your team can’t show you their evals, they’re guessing. 5. GraphRAG Retrieval-augmented generation built on a knowledge graph instead of isolated text chunks. The difference: vector RAG finds passages. GraphRAG follows relationships. Multi-hop reasoning lives here. It’s why Gartner just flagged it as a critical enabler for GenAI. 6. Inference Running a trained model to produce outputs. This is where your AI bill actually comes from. Training is a one-time investment. Inference is the rent. 7. Chunking How documents get split before retrieval. Sounds boring. Quietly destroys most RAG systems. Fixed-size chunking ignores meaning. Semantic chunking respects it. Often the difference between AI that works and AI that hallucinates. 8. KV cache The stored key-value tensors from attention that let models skip recomputing past tokens. This is what fills up in long-context workloads. It’s also what’s driving your inference cost. Long context isn’t free. The KV cache is the receipt. 9. Quantization Shrinking a model by lowering the numerical precision of its weights. FP16 to INT8 to INT4. Same model, fraction of the memory, almost the same accuracy. It’s why the gap between frontier and open source keeps closing.

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