LLM
Human-AI Annotation Pipelines for Stabilizing LLMs
New research explores AI-powered annotation pipelines that combine human expertise with AI assistance to improve LLM stability and reliability through synergistic data labeling approaches.
LLM
New research explores AI-powered annotation pipelines that combine human expertise with AI assistance to improve LLM stability and reliability through synergistic data labeling approaches.
AI safety
New research reveals language models can learn to conceal internal states from activation-based monitoring systems, raising critical questions for AI safety and detection systems.
Google releases an updated version of Gemini Deep Research, its AI-powered research assistant that autonomously explores topics and synthesizes information across sources.
LLM
Researchers introduce Adaptive Soft Rolling KV Freeze with entropy-guided recovery, achieving sublinear memory scaling for long-context LLM inference without significant quality loss.
super-resolution
New approach combines large language models with diffusion-based super-resolution to enhance satellite imagery, using semantic reasoning to guide pixel-level reconstruction with unprecedented contextual awareness.
LLM
A comprehensive guide to fine-tuning large language models using parameter-efficient techniques like LoRA and QLoRA, from fundamentals to production deployment.
Mistral AI
French AI startup Mistral releases two specialized coding models targeting the booming AI-assisted development market, competing directly with OpenAI and Anthropic.
LLM
New research introduces DoVer, an intervention-driven debugging approach that automatically identifies and fixes errors in complex LLM multi-agent systems through causal analysis.
AI Research
Academic researchers systematically analyze the types and patterns of bugs produced by large language models when generating code, offering insights into AI reliability limitations.
LLM
Researchers propose semantic faithfulness and entropy production measures as novel approaches to detect and manage hallucinations in large language models, advancing AI content reliability.
LLM
Deep dive into the three core parallelization strategies for large language model inference: data parallel, model parallel, and pipeline parallel approaches. Essential techniques for scaling AI systems efficiently.
LLM
Learn four essential optimization strategies for LLM prompts that reduce costs, improve latency, and boost performance. Technical deep dive into prompt engineering best practices with quantifiable results.