OMNIFLOW: A Physics-Grounded Multimodal Agent for Generalized Scientific Reasoning
Multimodal LLM agent for physics-informed scientific reasoning, combining language models with PDE solving without domain-specific fine-tuning.
Multimodal LLM agent for physics-informed scientific reasoning, combining language models with PDE solving without domain-specific fine-tuning.
Study on using lightweight proxy models to reduce cost and latency of AI queries in SQL, achieving 100x improvements.
Survey of resource consumption threats in LLMs, covering efficiency issues affecting service capacity, latency, and API costs.
Benchmark for visual-native search in multimodal browsing agents, evaluating MLLM visual reasoning over web pages.
End-to-end spoken question answering framework using attention guidance from speech LLMs for cross-modal alignment without ASR.
Italian open-source LLM with 16B parameters achieving competitive performance on benchmarks while requiring fraction of inference power.
Studies emergent learning behaviors in ecosystem of 167,000 AI agents interacting as peers across platforms without intervention.
Zero-shot cross-embodiment dexterous grasping policy using morphology-aligned approach for diverse robotic hands.
Overview of multi-agent deep learning and federated training for distributed sensing in 5G/6G wireless networks.
Empirical evaluation of multi-agent RL algorithms (MAPPO, MADDPG) for dynamic pricing in competitive markets.
Production framework for reliable Arabic function-calling models enabling agentic AI systems through data-centric fine-tuning.
Tokenizer-free sequence modeling using continuous hyperspherical distillation to preserve byte-level continuity without discrete quantization.
Proposes modulated hazard-aware policy optimization to improve training stability in GRPO-based reinforcement learning frameworks.
Addresses transformer limitations for financial time-series forecasting by integrating inductive biases via distillation.
Tests whether transformers can learn unseen rules beyond interpolation using controlled experiments with symbolic derivations.
Systematic study of DPO alignment on unified multimodal models, finding generation quality resists alignment while understanding improves.
Proposes counterfactual explanation method using generative foundation models for interpreting neural network predictions in visual domains.
Investigates vector quantization in generative models, proposing early quantization to address codebook diversity issues in tokenization for LLMs and diffusion models.
PRISM empirical study of mid-training for LLMs across 7 models showing consistent +15 to +40 point gains on benchmarks with 27B tokens.
Applies reinforcement learning with AlphaZero-style training to discover efficient arithmetic circuits for polynomial computation.
Proposes privacy-preserving EEG-to-text system using semantic retrieval instead of fine-tuning LLMs for brain-computer interfaces.
Proposes pipeline to learn context-dependent preference distributions for risk-averse decision-making via inverse optimization.
Introduces regression-aware RL method for LLM-as-a-Judge that leverages ordinal structure in scoring tasks.
Proposes calibration protocol for LLM-judges using controlled noise interventions to improve reliability in low-label settings.
Develops domain-informed framework for explainable boosting machines ensuring physical consistency in natural hazard prediction.
MetaClaw enables LLM agents to continuously adapt and evolve in production by meta-learning from diverse task distributions without storing raw trajectories.
Introduces self-supervised pretraining strategy using denoising for atomistic foundation models in physical sciences.
Proposes Abstraction-Augmented Training for continual learning to prevent catastrophic forgetting in non-stationary environments.
Studies motivated reasoning in LLMs using activation probing to detect when chain-of-thought rationalizations don't reflect actual decision factors.
Proposes variational inference approach to handle label noise in deep learning via probabilistic meta-learning.
Presents model-agnostic ordinal classification method with open-source Python package for clinical and domain applications.
Introduces WINFlowNets to improve Generative Flow Networks training for robotics and fault adaptation without pre-training requirements.
arXiv: NSDS - calibration-free layer-wise mixed-precision quantization for model compression. Uses dual numerical-structural sensitivity for extreme low-bit quantization.
arXiv: Variational Kernel Design framework for internal noise in deep networks. Determines optimal correlation geometry and representation compatibility.
arXiv: Online learning algorithm for RLHF that improves data efficiency. Incrementally updates reward and language models from choice data.
Scalable conditional transport method for predicting cellular responses to perturbations in virtual cell models, addressing training efficiency and high-dimensional sparse data challenges.
Sheaf-theoretic foundation formalizing structural causal models in generative models, proving global counterfactual coherence fails with non-trivial causal graph homology.
Benchmark and evaluation framework for causal representation learning models that transform high-dimensional data into latent spaces for counterfactual generation.
Phasor Transformer replaces dot-product attention with phase-native operations on unit circle for efficient long-context sequence modeling.
Baguan-TS integrates raw sequence representation learning with in-context learning using 3D Transformers for time series forecasting.
GuidedSAC reinforcement learning algorithm uses LLMs as action-level supervisors to guide exploration in continuous control tasks.
AutoML approach using deep unfolding of proximal gradient descent for wireless beamforming and waveform optimization.
QuantFL framework combines federated learning with pre-trained model quantization to reduce energy consumption on IoT edge devices.
Physics-informed CNN-Transformer hybrid model for predicting permeability tensors from porous media images, replacing expensive simulations.
arXiv paper on CLeAN, continual learning normalization method addressing data normalization in dynamic environments for model stability.
arXiv paper on conditional inverse learning for estimating time-varying reproduction numbers from epidemic data without structural assumptions.
arXiv paper on FoMo X, modular explainability framework for tabular foundation models in outlier detection with interpretable signals.
arXiv paper on recovering latent actions and environment dynamics from offline trajectories with action-free data tagged by demonstrator identity.
arXiv paper on AdaMuS, adaptive multi-view sparsity learning for dimensionally unbalanced data in tasks like emotion recognition.
arXiv paper on complementary reinforcement learning for LLM-based agents, improving sample efficiency by leveraging historical experience across episodes.