A language model that emits raw VM opcodes instead of text
Language model modified to emit raw VM opcodes instead of text tokens, using cross-attention head to attend to machine state for direct instruction execution.
Language model modified to emit raw VM opcodes instead of text tokens, using cross-attention head to attend to machine state for direct instruction execution.
Demonstrates AI coding agents automating ML tasks: feature engineering and hyperparameter optimization using research and domain knowledge acquisition.
Tip for improving Claude Code output quality by disabling subagents and using Opus max effort mode. Brief anecdotal advice.
Proposal for AI agent that discovers website functionality and generates APIs/MCP/CLI interfaces to index and serve centrally.
Xata: Open-source self-hosted Postgres platform with copy-on-write branching, auto-scaling, high availability, production-grade features.
AI agents autonomously designed photonic chip components (waveguides, crossings, splitters, demultiplexers) using a simulator and DRC constraint checker, with some reaching near-perfect performance.
Prism License Framework proposal addressing middle ground between permissive open-source and proprietary licenses for source-available code.
Viche: Open-source private registry for agent communication using Erlang actor model, enabling discovery and capability-based search.
Sponsored article on embedding intelligence into operational platforms as structural advantage in enterprise AI adoption.
Engram tool intercepts file reads for AI coding agents, replacing them with pre-assembled context packets from 8 providers, reducing token usage by 88%.
Agent Armor v0.3.0: Rust runtime for zero-trust governance of AI agent actions, controlling shell/file/HTTP/database/secret access with policy enforcement.
Postman announces new platform update positioning itself for AI-native and agentic era API development and testing.
Bilevel DPO approach for hierarchical RL addressing non-stationarity and infeasible subgoals through preference optimization.
DiffGap framework for molecule generation integrating adaptive sampling and pseudo-molecule estimation to address exposure bias in diffusion models.
Applies GNNs with human mobility data for COVID-19 forecasting, analyzing when spatio-temporal architectures outperform simpler baselines.
IMPACTX leverages XAI techniques as automated attention mechanism to improve model performance without external knowledge or manual intervention.
AutoRAN framework automating hijacking of safety reasoning in large reasoning models using weaker model simulation and iterative refinement.
Logo-LLM adapts LLMs for time series forecasting by combining local and global modeling to capture both short-term and long-range dependencies.
First unsupervised learning model for Maximum Independent Set in dynamic graphs using GNNs with learned distributed update mechanisms.
Method for estimating optimal loss value in diffusion models to distinguish between large optimal loss and insufficient model capacity.
Time-RA reformulates time series anomaly detection as reasoning task using LLM feedback, introducing RATs40K dataset for fine-grained categorization.
SPaCe applies curriculum learning to LLM fine-tuning with RL, reducing data/compute requirements by sampling examples by difficulty and learning value.
EEGDM uses latent diffusion models for self-supervised EEG representation learning, capturing global dynamics beyond masked reconstruction.
DPQuant combines quantization scheduling with differentially-private SGD/Adam to reduce training time and energy while protecting privacy.
Compares two strategies for integrating safety filters in RL: safeguarding environment vs embedding in policy through differentiable optimization.
Studies reinforcement learning under random sensor delays in POMDPs where observations arrive out-of-sequence, addressing real-world RL challenges.
Research on reduced-order modeling using deep learning to compute linear subspaces for parametric systems with offline/online stages.
Presents PreScope, a prediction-driven scheduling system for efficient MoE inference on commodity hardware with CPU offloading.
Proposes layered prefill scheduling for MoE LLM inference to optimize time-to-first-token and throughput while managing compute/memory constraints.
PatMD approach for detecting harmful memes by learning from misjudgment patterns in multimodal content with implicit rhetorical devices.
Graph-topological active learning using Balanced Forman Curvature for coreset construction under label budget constraints.
Reinforcement learning approach for language model reasoning that learns from trial-and-error to overcome exploration stagnation in RLVR.
Interlat enables LLM-based agents to communicate in latent space instead of natural language, improving information transfer depth.
AccelOpt is a self-improving LLM agent that autonomously optimizes kernels for AI accelerators using iterative generation and optimization memory.
Active learning framework for PDE surrogate modeling with selective time-step acquisition to reduce training data generation costs.
Function-word De-Attention method improves robustness of vision-language models against cross-modal adversarial attacks.
Cornfigurator automates deployment planning for any-to-any multimodal models with heterogeneous computation paths and component scaling.
Hierarchical approach combining reinforcement learning with MPC planning for sample-efficient decision making in structured planning problems.
Federated learning approach for spectral clustering in decentralized environments, capturing latent correlations across tasks.
NNGPT framework uses LLMs for neural architecture synthesis through iterative supervised fine-tuning cycles generating validated PyTorch networks.
ORBIT system for controlling reasoning budget in Large Reasoning Models via on-policy exploration-exploitation to reduce computational cost.
Theoretical analysis of differential privacy limitations in DP-SGD using f-differential privacy framework with shuffled sampling.
Threshold Differential Attention mechanism for long-context language modeling, addressing attention sink and sparsity issues without projection overhead.
Comprehensive circular taxonomy surveying 50+ LLMs from 2019-2025 across 15 organizations, documenting architectural innovations and scaling properties.
Study of temporal embedding models for electronic health records of chronic kidney disease patients, balancing predictive performance with clinical interpretability.
Framework for LLM-driven automated heuristic generation for combinatorial optimization with dynamics-aware evaluation beyond endpoint metrics.
Research on model-free reinforcement learning for continuous-time processes with function approximation using ellipticity properties and Hilbert-space methods.
MedVerse framework enables parallel reasoning in LLMs for medical diagnosis using DAG-structured execution instead of sequential autoregressive decoding.
arXiv paper on approximation rates for group equivariant neural networks. Theoretical ML research.
Adaptive optimizer using exponential moving average with theoretical guarantees for zero-noise convergence without restrictive boundedness conditions.