The first post in this series introduced vector search, its relevance in today’s world, and the important metrics used to characterize it. We can achieve dramatic gains in vector search systems by improving their internal vector representations, as the majority of the search runtime is spent bringing vectors from memory to compute their similarity with the query. The focus of this post, Locally-adaptive Vector Quantization (LVQ), accelerates the search, lowers the memory footprint, and preserves the efficiency of the similarity computation.
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Articles récents
- Intel® Xeon® Processors Set the Standard for Vector Search Benchmark Performance
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- A Practical Guide to CPU-Optimized LLM Deployment on Intel® Xeon® 6 Processors on AWS.
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Neural networks news
Intel NN News
- Intel® Xeon® Processors Set the Standard for Vector Search Benchmark Performance
In real-world vector search performance tests, Intel® Xeon® server architectures outperform AMD […]
- From Gold Rush to Factory: How to Think About TCO for Enterprise AI
Less Gold Rush and more Boring Factory – The evolving AI mindset.
- A Practical Guide to CPU-Optimized LLM Deployment on Intel® Xeon® 6 Processors on AWS.
Deploying large language models no longer requires expensive GPUs or complex infrastructure. In […]
- Intel® Xeon® Processors Set the Standard for Vector Search Benchmark Performance
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