Diffusion Language Models for Speech Recognition
Exploration of masked and uniform-state diffusion language models for speech recognition rescoring and ASR hypothesis improvement.
Exploration of masked and uniform-state diffusion language models for speech recognition rescoring and ASR hypothesis improvement.
Hierarchical RL with runtime safety shielding for automated power grid operations, addressing safety constraints and generalization to unseen topologies.
Comparative analysis of Fitted Dynamic Programming vs Reinforcement Learning for dynamic pricing across varying complexity levels and demand structures.
Linear probe analysis of how LLMs internally represent rhetorical questions. Studies persuasive language understanding in neural representations.
Formalizes 'vibe-testing' methodology for LLM evaluation. Studies how practitioners informally assess models beyond benchmarks.
Automated feature preprocessing pipeline search for tabular machine learning. Studies AutoML approaches for classical model data preparation.
Markov decision processes with state sensing costs, balancing optimal actions against sensing/communication/computation expenses in decision-making.
Two-stage regularization-based structured pruning method for reducing LLM parameters while minimizing knowledge loss and retraining requirements.
Randomized Policy Learning approach for quadruped locomotion control with drastically reduced trainable parameters in neural network policies.
Minkowski weighted k-means++ for unsupervised feature selection in high-dimensional clustering by probabilistic centroid selection.
Token significance scoring in reinforcement learning to improve LLM reasoning efficiency by identifying which tokens contribute to correctness.
Biased Scan Attention Transformer Neural Processes for scalable spatiotemporal inference across geology, epidemiology, climate and robotics applications.
Multi-stage latent space dynamics identification framework for solving PDEs via data-driven reduced-order models using autoencoders and ODEs.
Class-conditional heavy-tailed priors in VAEs addressing latent space bias for long-tailed generative modeling.
Guidance framework for discrete flow matching with exact guidance in discrete state spaces.
Local scoring method for selecting reasoning data from diverse teachers for efficient distillation into student models.
Numerically stable implementation of power transforms for data preprocessing with federated learning support.
Student learning model from 3.8M program traces analyzing coding skill development through interaction patterns.
Function-centric analysis of flat vs sharp minima in deep networks, showing sharpness is function-dependent.
Open-weight LLMs achieving IOI gold medal through test-time compute scaling for competitive programming.
Neural method with hyper-tour for targeted neighborhood search solving large-scale TSP instances efficiently.
Comprehensive review of Kolmogorov-Arnold Networks covering theory, relationships to MLPs and kernel methods, and applications.
Influence-guided data selection for RLVR with theoretical guarantees for improving LLM reasoning efficiency.
In-context policy optimization for large reasoning models using off-policy exploration to improve RLVR reasoning capabilities.
Hamiltonian Gaussian Processes for learning physically consistent dynamics from input-output data without velocity information.
Transfer learning via classifier guidance for discrete diffusion models in small-data regimes, extending continuous diffusion techniques.
Vector quantization technique for optimizing Kolmogorov-Arnold Network inference on edge devices with memory constraints.
Review of diffusion models for simulation-based inference with intractable likelihoods, covering theoretical foundations and applications.
LLM content moderation system with continuous risk scoring that adapts to changing strictness requirements across platforms, replacing fixed binary classification.
Systematic comparison of in-context operator learning versus single-operator learning for spatiotemporal prediction using neural networks.
Comprehensive analysis of model reprogramming techniques for membership inference attacks, evaluating privacy vulnerabilities in deep learning models.
Near-optimal index policy for restless multi-armed bandits with individual penalty constraints for resource allocation in dynamic wireless networks.
Framework for generating and leveraging prior data through world models for sample-efficient offline-to-online reinforcement learning in robotics.
Characterizes necessary and sufficient conditions for reward poisoning attacks in linear MDPs, providing theoretical framework for attack feasibility.
Proposes dual formulation for robust reinforcement learning under dynamics uncertainty, addressing limitations of domain randomization and adversarial RL methods.
C-Flat optimization for continual learning on task streams avoiding forgetting with reduced computational overhead compared to prior approaches.
THEIA: modular neural architecture learning complete Kleene three-valued logic end-to-end across mathematical domains with compositional generalization.
Bayesian-ARGOS: principled method for discovering equations governing complex systems from noisy observations using sparse regression.
Systematic investigation of on-policy distillation dynamics in LLM post-training, identifying conditions for success and failure mechanisms.
Chatbot using NLP and deep learning to answer FAQs in Amharic language for university students, addressing common administrative questions.
Sparse online learning algorithm for Koopman operator with stochastic approximation and convergence guarantees for nonlinear dynamical systems.
Fast training method for physics-informed neural networks solving PDEs without gradient descent, addressing optimization and temporal causality.
AudioX: unified multimodal framework for anything-to-audio generation integrating text, video, and audio signals for flexible audio synthesis.
Learning-augmented algorithms for densest subgraph problem using ML classifier predictions to achieve linear-time approximation.
PO-Flow: continuous normalizing flow framework for causal inference modeling potential outcomes and counterfactuals from observational data.
VS2 method for unsupervised adaptation of vision foundation models using sparse autoencoders for steering vectors without weight updates or labels.
Geminet: lightweight ML-based traffic engineering framework using duality-based iterative process that handles topology changes with scalability.
Proposes unified evaluation framework for assessing forecasting capabilities of frozen vision models across diverse tasks and abstraction levels.
AutoMAT framework combines simulation, ML, and experiments for autonomous alloy discovery across competing objectives with data-efficient workflow.
RL-PLUS method addresses capability boundary collapse in LLMs using reinforcement learning with hybrid-policy optimization to improve reasoning abilities beyond base model limits.