Show HN: FretBench – I tested 14 LLMs on reading guitar tabs. Most failed
FretBench: 182-test-case benchmark for LLM guitar tab reading. Qwen models outperformed flagships; open source results via OpenRouter.
FretBench: 182-test-case benchmark for LLM guitar tab reading. Qwen models outperformed flagships; open source results via OpenRouter.
Voice-to-text tool with local LLM polishing. Rust-based Whisper/Qwen3-ASR pipeline optimized for Claude Code agent instruction input.
Essay on email safety guardrails for AI agents. Discusses send_email tool risks in LangChain, CrewAI, AutoGen frameworks.
Kairos cross-verifies live news data via RSS/DDG/NewsAPI before LLM answering to reduce hallucination on current events.
Benchmark dashboard for testing LLM models on opencode tasks, measuring latency and accuracy. Page has loading errors.
AI agent tool that autonomously writes and repairs Playwright browser tests using real sessions. Replaces manual test script management with semantic repair suggestions.
Rule system for Claude Code that adds structural discipline through phase tracking, decision logging, and language-specific best practices.
CiderStack orchestrates macOS CI/CD infrastructure via GitHub Actions runners on Mac clusters. Single binary with web UI, SQLite backend.
MARL middleware reduces LLM hallucination via multi-agent self-verification without fine-tuning or RAG. Model-agnostic runtime approach.
Competitive multiplayer snake game where frontier LLMs compete autonomously. Demonstrates LLM agent behavior and decision-making capabilities.
Introduces CODEC, sparse autoencoder method for causal interpretation of neural network computations via contribution decomposition.
Presents AllScAIP, attention-based machine learning interatomic potential using all-to-all node attention for long-range interactions.
Studies privacy preservation in sequential multi-agent LLM systems through information-theoretic controls against inference attacks.
Introduces RoboLayout for generating differentiable 3D scene layouts from language instructions feasible for embodied agent interaction.
Analyzes grammar-constrained LLM decoding as coupling between autoregressive distribution and reachability oracle over context-free grammars.
Develops prediction-powered conditional inference method combining localization and prediction-based variance reduction for scarce labeled data.
Presents RACAS, an agentic system for controlling diverse robotic platforms with unified API and autonomous behavior pipeline.
Introduces interpolated FID metric to improve correlation between VAE reconstruction and diffusion model generation quality.
Proposes error enumeration as reward signal for RL post-training in reference-free settings without ideal answer references.
Comprehensive analysis of parallelization strategies for dense LLM deployment, evaluating tradeoffs between tensor/pipeline/sequence parallelism.
Mechanistic analysis of LLM safety mechanisms revealing decoupling between harmfulness recognition and refusal via disentangled geometry.
LLMs trained via RL to self-reflect and correct generated code without external oracles, improving complex algorithmic task performance.
Improved one-shot LLM pruning using optimal weight reordering instead of predefined order, advancing SparseGPT methodology.
Addresses ecological fallacy in language models by incorporating author context through specialized LM pretraining tasks.
Framework for fine-tuning small language models with stylized personas using structured style-rewriting to improve character consistency.
Interpretable models using LLMs to predict mental health and well-being from longitudinal social media data by integrating psychological traits.
Reinforcement learning approach for off-road autonomous driving handling unmapped terrain, variable dynamics, and long-horizon planning.
Diffusion Language Models adapt generation length dynamically, reducing computational waste on short responses in reasoning tasks.
Method for efficient vector search that generalizes across multiple K values in top-K retrieval without retraining, improving serving performance.
Adaptive sampling method using Gaussian Mixture Models to improve Physics-Informed Neural Networks training on stiff PDEs.
Framework for monitoring and preventing alignment drift in recursive self-improvement systems using multi-signal detection and constraint preservation.
Serverless deployment system for efficient serving of Mixture-of-Experts LLMs by optimizing sparse activation patterns.
Diffusion Transformer variant with dynamic token chunking that adapts compute allocation based on image content detail and denoising stages.
Kinetic-based regularization extension for learning spatial derivatives from noisy data with provable accuracy for PDE applications.
Framework enabling LLMs to execute scientific workflows with schema-gated constraints ensuring determinism, provenance, and governance.
RL-based method for retrieving diverse, property-aligned result sets using diffusion models for set-valued retrieval objectives.
Reference architecture framework analyzing 18 RL implementations to establish common patterns and standardization for RL frameworks.
Continual learning strategy for online adaptation of interactive segmentation models in medical imaging with low-parameter updates.
Method for computing certified bounds on function space norms of deep neural networks applied to PDE solutions.
Optimization technique using semantic-aware caching to improve instance retrieval efficiency in concept learning on knowledge bases.
Two-stage hybrid framework combining logical options with deep reinforcement learning to improve agent alignment and prevent over-exploitation of early reward signals.
SCOPE incremental few-shot 3D point cloud segmentation addressing catastrophic forgetting by leveraging unlabeled background scenes in sparse supervision settings.
BEVLM distills semantic knowledge from LLMs into bird's-eye view representations for autonomous driving with improved spatial consistency and reduced computation.
Tutorial and survey on predictive coding networks based on neuroscientific framework viewing brain as hierarchical Bayesian inference model minimizing prediction errors.
PACE combines parameter-efficient fine-tuning with consistency regularization to improve generalization by reducing gradient norms during transformer adaptation to downstream tasks.
FragFM hierarchical framework using fragment-level discrete flow matching and coarse-to-fine autoencoders for efficient scalable molecular graph generation.
System-level DPO method for aligning compound AI systems with multiple interacting components including LLMs, foundation models, and external tools to human preferences.
Context-Aware Priority Sampling using VQ-VAEs to improve data efficiency and handle imbalanced datasets in imitation learning for autonomous driving systems.
Controlled study examining how LLM tokenizer bias and backbone capability affect time series forecasting performance using pre-trained language models as backbone.
Federated Learning survey covering privacy-preserving distributed machine learning enabling multiple clients to collaboratively train models without centralizing sensitive data.