Chat2Workflow: A Benchmark for Generating Executable Visual Workflows with Natural Language
Benchmark dataset and methods for generating executable visual workflows from natural language descriptions using AI.
Benchmark dataset and methods for generating executable visual workflows from natural language descriptions using AI.
Reinforcement learning approach to learn hybrid control policies for high-precision robot manipulation tasks with force constraints.
Open-source unified framework for training vision-language-action models with shared training stack from language pretraining to action fine-tuning.
Survey examining generative models applied to connected and automated vehicles for simulation, prediction, and decision-making in autonomous driving.
Mixed-precision quantization technique for deploying transformer models on resource-constrained embedded FPGAs for time-series forecasting.
AutoNFS: Automatic neural feature selection method for high-dimensional tabular data that detects optimal feature count without retraining.
RESFL: Framework balancing privacy, fairness and utility in federated learning using uncertainty-aware differential privacy techniques.
LPO: Location preference optimization method for improving GUI agent accuracy in spatial localization tasks via supervised fine-tuning.
Online learning method for Whittle indices in restless bandits with unknown non-stationary dynamics for resource allocation problems.
Efficient procedure for identifying best performing algorithms across multiple game-playing tasks using multi-armed bandit framework.
IMPACT: Low-rank compression technique for LLMs exploiting activation space structure for deployment in resource-constrained environments.
Unsupervised monitoring method for fine-tuned LLMs via weight analysis to detect backdoors and novel threats without training data access.
Symbolic regression framework for interpretable prediction of conditional quantiles across distribution of target variables.
Dynamic safety monitoring system for LLMs that adapts computational cost based on input difficulty to detect harmful requests efficiently.
Analysis of optimizer implicit bias in model merging loss landscape comparing linear interpolation and task arithmetic approaches.
Hybrid Heterogeneous Message Passing Neural Network for scalable AC Optimal Power Flow computation on large-scale electrical grids.
Method for multiclass calibration in ML models using Jensen-Shannon distance to ensure predicted probabilities reflect true class frequencies.
Physics-informed neural operators for simulating cardiac electrophysiology PDEs with improved efficiency and long-term prediction capability.
Consensus-based generative mitigation approach using VAEs to purify adversarial perturbations in multi-modal embeddings.
Study on privacy, adversarial robustness, ethics, and fairness implications of low-rank factorization-compressed LLMs.
Graph data augmentation with contrastive learning to address covariate distribution shift in GNNs.
Architectural improvements for Kolmogorov-Arnold Networks using sparsification and depth selection while maintaining interpretability.
PROPER framework for proactive assistance that models users' knowledge gaps to anticipate needs and navigate information gaps.
Benchmark evaluating neural PDE solver robustness across distribution shifts in coefficients, boundary conditions, and discretization.
MapPFN meta-learns causal perturbation effect estimators for biological systems using single-cell data across multiple contexts.
MiTA Attention: mixture of top-k activations for efficient scaling of attention in Transformers with long sequences.
Diamond Maps: stochastic flow map models enabling efficient reward alignment for generative models post-training.
TreeGrad-Ranker algorithm for efficient feature ranking in decision trees using probabilistic values with O(L)-time gradient computation.
High-frequency time series dataset at millisecond resolution to improve foundation models' ability to capture diverse temporal frequencies.
Proposes GAIN, multiplicative modulation method for domain adaptation in LLMs that preserves weight matrix column span to reduce catastrophic forgetting.
Introduces MoBiE, first binarization framework for Mixture-of-Experts LLMs addressing cross-expert redundancy and routing shifts for extreme efficiency.
Proposes RIA method for out-of-distribution generalization on graphs using adversarial training to preserve label-invariant representations under covariate shift.
Presents THEIA, 2.75M modular neural architecture learning complete Kleene three-valued logic from task data without symbolic inference.
Proposes DyMETER framework for online anomaly detection using dynamic concept adaptation to handle concept drift in evolving data streams.
Introduces JumpLoRA framework for continual learning in LLMs using sparse adapters with dynamic sparsity to mitigate catastrophic forgetting.
Proposes SCATR for test-time scaling in LLMs using lightweight scoring functions as alternatives to expensive process reward models for best-of-N selection.
Proposes methods for integrating LLM-extracted covariates into causal inference pipelines for EHR data to address unmeasured confounding.
Introduces stochastic sampling via Gumbel-Softmax into latent reasoning for LLMs, enhancing exploration and reasoning path diversity.
Develops efficient Transformer models for ECG and EMG signal analysis on microcontroller-scale NPUs, enabling real-time privacy-preserving inference.
Proposes Selective State Space Attention combining benefits of Transformers and state-space models for improved long-context sequence modeling.
Analyzes security vulnerabilities in LLM-based agents, examining how prompt injection attacks become more dangerous when agents access external tools.
Proposes latent linear quadratic regulator for efficient model predictive control in robotics by learning linear dynamics in latent space.
Addresses learning finite mixture models in distributed settings with Byzantine-tolerant methods, solving label switching problem across local machines.
Demonstrates LLaMA 3 performing molecular and materials property regression using composition-based inputs and fine-tuning on generative loss.
Evaluates transfer learning capabilities of foundation models pre-trained on satellite imagery for crop type mapping and Earth observation tasks.
Proposes mixed-integer programming approach for global optimization of Gaussian process acquisition functions in Bayesian optimization, replacing sampling/gradient methods.
Survey of user simulation with generative AI for user modeling, synthetic data generation, and system evaluation of interactive AI.
Fourier-based number embedding method for LLMs using single tokens instead of multiple tokens for improved numerical reasoning.
End-turn detection method for LLM-powered spoken dialogue systems using speculative decoding for accurate conversation flow.
Optimization framework for multi-agent LLM systems that automatically improves agent collaboration and communication strategies.