LinkedIn built Profile Relevance, an unsupervised retrieval system using LLM-generated embeddings to match members with posts outside their network. It compares Rewrite (condensed text, cheaper) versus Non-Rewrite (raw text, richer context) embedding approaches, and appends country names to recover geographic signal lost in rewriting. An AutoEval LLM-judging pipeline scaled evaluation from 20 to 1,000 human-labeled records per model. Incremental profile updates cut compute to 24% of a full-refresh baseline, and horizontal GPU scaling beat vertical scaling. Online tests showed a +0.54% lift in Feed Updates Viewed, +0.94% viral rate, -18.8% hide rate, and +17.7% viral engagement gain for cold-start members.
Nguồn: https://www.linkedin.com/blog/engineering/feed/profile-relevance-boosting-feed-relevance-with-llms-at-linkedin. 8 Sync News chỉ tóm tắt và dẫn link; bản quyền nội dung thuộc tác giả và nguồn gốc.
Đọc tin ở đây, luyện code, học theo lộ trình và luyện IELTS trên các sản phẩm anh em — tất cả kết nối với nhau trong hệ sinh thái 8 Sync.
Cổng chính của hệ sinh thái: giới thiệu sản phẩm, blog và bảng giá trọn bộ.
Khám pháHọc theo lộ trình rõ từng chặng: video, quiz chấm tự động, certificate và mentor đang làm nghề.
Xem lộ trình1.000 bài DSA, đề tiếng Việt, chấm tự động 7 ngôn ngữ — nhiều bài FREE, chạy ngay trên trình duyệt.
Luyện miễn phíChấm bốn kỹ năng IELTS bằng AI, phản hồi chi tiết theo rubric.
Dùng thử miễn phíAI IDE 22 MB cho dev Việt.
Tải miễn phíBộ nhớ tổ chức cho AI agent.
Khám pháAI trực Fanpage, tự sàng lọc lead.
Dùng thửI priced 30 days of my real Codex usage at API rates. A $100 plan covered $745 of API-equivalent work. Here's the math, the script to run on your own logs, and when the API still wins.
Choosing between AI pentesting vendors requires looking past marketing labels like 'autonomous' or 'agentic' because the underlying systems vary widely. A Stanford-led study ran different AI agent frameworks against a live 8,000-host network and found that between 55% and 82% of reported findings were confirmed as real vulnerabilities. Swapping only the underlying model moved one framework's valid finding rate from 57% to 80%, yet that same framework still scored lowest overall since its findings stayed shallow. On a CTF-style benchmark two frameworks scored near-identically (48.6% vs 45.9%), but on the live network one scored nearly three times higher on severity and complexity. Buyers should demand proof of exploitation, real-network results, clear safety controls, data handling answers and clarity on what 'continuous' actually means.
A vector database stores data as lists of numbers called embeddings, which lets it search by meaning instead of matching exact keywords. It's the piece behind a lot of recommendation systems, RAG apps
...explained visually (with tradeoffs in production).
How DeepSeek Harness's Super-agent works: a Router, isolated Workers, event triggers and a Watchdog let one AI agent run many tasks. Diagrams inside.
See how Automated Embedding in MongoDB Vector Search solves the hardest problems in AI search for agents.
I document how I use AI, one year after my first writeup. Everything's completely different.
The most common vector database use cases are semantic search, RAG, recommendations, and multimodal search. Learn how each works and when to use them.
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