Post-Generation Curation of Synthetic Images via Homogeneous-Heterogeneous Splitting
Post-hoc curation method for synthetic images via homogeneous-heterogeneous splitting to improve training data quality without retraining generators.
Post-hoc curation method for synthetic images via homogeneous-heterogeneous splitting to improve training data quality without retraining generators.
Research on training risk-averse language models to generalize risk aversion from low-stakes to high-stakes scenarios as AI safety approach.
Lagrangian Reward Augmentation (LARA) framework for inference-time alignment of frozen LLMs using auxiliary reward signals with explicit safety constraints.
Study of induction heads in transformers, identifying attention circuits that implement soft context-matching estimators for in-context learning via smoothing mechanisms.
Hybrid block diffusion language model training using partial bidirectionality to improve long-context generation efficiency and memory bandwidth.
Study of discrete diffusion model adaptation for molecular optimization with limited oracle budget and test-time task-specific optimization.
Data-free meta-learning method using pre-trained models to generate training tasks without access to labeled data.
Uncertainty estimation approach for RL-based algorithmic trading agents to handle market volatility and regime shifts.
Study comparing process-level vs outcome-only reward structures in reinforcement learning for mathematical reasoning in small language models.
PGRE probabilistic model for temporal and relational dependencies in dynamic knowledge graphs.
Dynamic regret analysis for non-stationary linear bandits with time-varying action sets and drifting reward models.
Variable Bit-width Quantization technique where weight groups learn per-group precision for efficient language model compression.
Bootstrap sampling method for observation-guided exploration in scientific discovery with limited sampling budget and sequential feedback.
CoFEND network for cold-start drug-drug interaction prediction using cross-modal fusion of biomedical entity relationships.
In-span learning method for adapting reduced-order models using their own predictions without external data.
CISM framework for clinical time series prediction that models missingness as informative signal in ICU data.
PRECEDE system uses LLM orchestration with knowledge graphs for side-effect-aware drug redesign, framing drug development as evidence-grounded reasoning.
Evaluation of rank-order N-of-M encoding for sparse distributed memory as alternative to threshold-binary encoding for continual learning systems.
MABLE self-supervised framework combining masked reconstruction with bi-Lipschitz decoding for learning node and graph embeddings from heterogeneous graphs.
Trans-Ising transfer learning method for high-dimensional Ising model estimation using source screening and two-stage estimation with auxiliary data.
Molecular LLM improvement via SMILES-graph translation for better structural grounding in chemistry understanding, aligning with structure-determines-function principle.
Evaluation of ECG foundation models on rare cardiac disease detection (Brugada syndrome), assessing transferability to clinically rare phenotypes.
Investigation of model merging techniques for improving aggregation in DiLoCo distributed learning, combining independent finetuned models.
Study of neural networks for inferring interaction graphs in Ising models, evaluating out-of-distribution generalization across CNN, GNN, and Transformer architectures.
OmniFocus token compression for multimodal LLMs processing audio-video inputs using query-guided modality-balanced compression to reduce inference cost.
SHiPPO extends HiPPO with transported polynomial projections for selective SSMs, enabling token-dependent control and channel interaction in recurrent memory.
LACE-SVD compression method for LLMs using loss-aware SVD with cumulative error correction for efficient low-rank compression.
Spectral rewiring technique for RL post-training of LLMs, addressing reasoning saturation and model merging interference through targeted parameter updates.
Framework combining adversarial training with evidential uncertainty for robust selective classification in safety-critical applications.
STELLA framework for on-device human activity recognition using efficient sensor-to-LLM translation with lightweight tokenization for edge deployment.
Stacked LoRA adapters for subject-adaptive EEG foundation models in motor imagery decoding, addressing cross-subject generalization challenges.
Analysis of symmetry structures recovered from neural network weights with positional encodings and observability hierarchies.
Physics-informed neural networks integrated into PPO actor loss for safe DRL in cyber-physical systems with hardware constraints.
ACPO method for token-level credit assignment in RL-finetuned LLMs, using fine-grained surrogate entropy for improved reasoning ability.
Deep RL with predictive formulation for trajectory tracking using PPO, augmenting state space with target velocities to reduce lag and overshoot.
Multi-objective RL for industrial automation using Bayesian optimization to model Pareto fronts for energy-efficient control strategies.
CuBAS: information-geometric framework for adaptive data sampling in supervised classification using curvature-based selection.
Shows neural nonlinearity can be achieved through input-conditioned threshold gating as alternative to activation functions, unifying standard activations.
Connects world models in modern deep learning to classical model-order-reduction and control theory, showing shared functional anatomy.
Proposes Unbiased Reward Model loss and Unbiased DPO for robust LLM alignment from noisy preference datasets.
Proposes statistically meaningful geometry framework for analyzing generalization in over-parameterized models like transformers, addressing hallucination issues.
Proposes ASIG, a fine-tuning approach using Bayesian Experimental Design to improve information gathering in multi-turn LLM decision-making settings.
Analyzes routing gaps between learned routers and oracles for LLM selection, decomposing the gap into reproducible specialist advantage and label noise components.
Research on continuous test-time training for LLM agents to adapt model weights during multi-turn episodes, addressing performance degradation over long trajectories.
Best-of-Better-N method uses in-context learning to generate pre-aligned LLM responses without requiring additional training.
Co-adaptive multi-task LoRA fine-tuning framework that adaptively controls domain participation without labels for transfer-aware learning.
Enhances LLM reliability through selective prediction, allowing models to abstain on uncertain inputs to reduce error rate.
WeightCLIP learns dataset-aligned latent space for neural network weights, aligning datasets and models for weight space learning.
Reframes knowledge distillation to match teacher representation equivalence classes rather than absolute feature coordinates.
Efficient neuro-symbolic learning method that optimizes evaluator differentiation rather than program differentiation for parameter calibration.