First, let’s clarify something most people miss: There isn’t just “AI in telecom.” There’s: → AI in RAN
→ AI for RAN
→ AI on top of RAN AI in RAN is where things get tangible. We’re talking: → 20% improvement in uplink spectral efficiency
→ 14% energy savings with
MACHINE LEARNING
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AI in RAN: Three Distinct Applications and Performance Gains
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AI Winners: Data Quality Over Engineering Talent
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But the real shift isn’t just better models. It’s better data. Joe Constantine made a point I fully agree with: The winners in AI won’t be the companies with the best AI engineers. They’ll be the ones with: → Real-time data
→ Trusted data
→ Direct access to network state -
AgentOps Stack for AI Agent Operations
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AgentOps (Agent Operations) Stack
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@ingliguori #GenerativeAI #ArtificialIntelligence #MachineLearning #MI -

YOLOv10n and Gesture Recognition on Metis Processor without GPU
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Rock Paper Scissors Lizard Spock against Sheldon Cooper, running on Metis at 214 TOPS. YOLOv10n on HaGRID (1M+ gesture images), quantized for the AIPU. No GPU, no cloud. Built by community member Dilip. Bazinga. 🖖 #EdgeAI #YOLO eu1.hubs.ly/H0t21Bs0 [Translated from EN to English]
→ View original post on X — @axeleraai, 2026-04-01 08:15 UTC
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Developing Transparent and Explainable AI Systems
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Developing Transparent and Explainable #AI Systems
by @antgrasso #ArtificialIntelligence #MachineLearning #ML #DL -
OpenAI’s Internal Model Solves Three Classic Erdos Problems
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Three new Erdos problems were solved „by an internal model at OpenAI“.
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Safety First: Crowd Navigation in Mobile Robotics
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Safety First: Tackling Crowd Navigation in Mobile #Robotics
— Ronald van Loon (@Ronald_vanLoon) 1 avril 2026
by @lukas_m_ziegler
#AI #Robot #MachineLearning #ArtificialIntelligence pic.twitter.com/EGG6U14m8pSafety First: Tackling Crowd Navigation in Mobile #Robotics
by @lukas_m_ziegler #AI #Robot #MachineLearning #ArtificialIntelligence -

AI-Generated Medical Papers: Progress Without Revolutionary Claims
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This is a solid, innovative step toward AI-augmented scientific workflows in medicine. It seems better at structured medical tasks than generic LLMs, with manuscripts that can fool experts in blind tests (and also fool conferences – although that seems relatively easy these days). It demonstrates progress in autonomous agents for research pipelines. However, it's not yet a revolutionary "AI scientist" replacing human researchers or immediately flooding journals with validated breakthroughs. Real impact will depend on extensive external validation and whether it’s a black box or provides mechanistic interpretation. Can we stop it with the dramatic pronouncements describing legitimate papers which are clearly AI-written? Ihtesham Ali (@ihtesham2005) 🚨BREAKING: Stanford and Microsoft just built an AI scientist that writes medical research papers that actually pass peer review. Not summaries. Not drafts. Full papers reviewed and accepted by real scientists. This is not a demo and this is not a prototype. A peer-reviewed conference just accepted a paper that no human wrote, and most people have absolutely no idea it happened. The system is called Medical AI Scientist and it works in three stages that run completely on their own. First, it reads medical literature, identifies real clinical gaps, and generates a research hypothesis grounded in actual disease evidence, not a hallucination and not a generic idea pulled from thin air. Then it writes the code, runs the experiment inside a secure environment, catches its own errors, and fixes them without any human stepping in. Then it writes the full paper, including the introduction, methods, results, figures, ethics statement, citations, and LaTeX formatting, from start to finish, autonomously. They tested it against GPT-5 and Gemini 2.5 Pro across 171 real medical research cases covering 19 clinical tasks, and the results were not close. Medical AI Scientist successfully completed experiments 91 to 93 percent of the time. GPT-5 managed 60 to 75 percent. Gemini 2.5 Pro collapsed somewhere between 40 and 53 percent. Then they ran the part that genuinely broke my brain. Ten independent medical experts with over five years of first-author publishing experience reviewed the AI-generated papers side by side with real human papers from MICCAI, ISBI, and BIBM, the top conferences in medical imaging, and nobody knew which was which. The AI papers scored competitively on novelty, clarity, coherence, and reproducibility across the board, and one paper was accepted at a peer-reviewed conference after a full review process. Here is what nobody is saying out loud. Medical research has a brutal bottleneck where ideas pile up, experiments take months, papers take even longer, and patients wait the entire time. That problem just got a serious solution, and the implications for healthcare are enormous. — https://nitter.net/ihtesham2005/status/2039009949276319824#m
→ View original post on X — @sallyeaves, 2026-04-01 06:55 UTC
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Beyond Sequential OCR: The Shift to Spatial Document Understanding
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OCR may have been solving the right problem in the wrong way. For years, document OCR has treated reading like language generation: decoding text one token at a time, left to right, as if documents were fundamentally sequential. But documents are not one-dimensional. They are