PruneFuse: Efficient Data Selection via Weight Pruning and Network Fusion
PruneFuse strategy uses pruned networks for efficient data selection and fuses them with original networks to optimize deep neural network training.
PruneFuse strategy uses pruned networks for efficient data selection and fuses them with original networks to optimize deep neural network training.
Complexity analysis of optimal graph rewiring to address oversmoothing and oversquashing in deep graph neural networks.
Unified framework for data-centric dynamic training of LLMs with consistent interfaces for data selection and reweighting.
Study of LLM-based AI scientist agents learning from iterative experimental feedback in cell screening with 800 replicated experiments.
Analysis of optimization trade-offs in asynchronous federated learning addressing gradient staleness and client bias.
Knowledge distillation approach for deploying Transformer-based reinforcement learning on resource-constrained energy management devices.
Formal framework for measuring uncertainty in LLM text generation accounting for prompting, generation, and interpretation stages.
Survey of generative modeling in protein design covering neural representations, conditional generation, and evaluation standards.
Neuro-symbolic approach combining neural networks and domain knowledge for process anomaly detection from event logs.
Koopman autoencoder-based least-squares policy iteration algorithm enabling automatic feature learning in reinforcement learning.
Framework using Shapley values to measure and explain unfairness in machine learning models under group fairness criteria with inference methods.
SPECTRA: spectral-informed neural network for sensor-based activity recognition optimized for edge deployment with low latency and privacy.
EcoFair: privacy-preserving medical inference framework with lightweight routing for vertically partitioned data and modality-specific embeddings.
Theoretical analysis of spectral optimizers like Muon in language model training, studying capacity scaling through linear associative memory framework.
Machine unlearning framework addressing retain-forget entanglement where retained samples unintentionally affected by forgetting correlated features.
Study comparing sample selection methods (random, farthest-first, interactive visualization) for annotation of biomedical time-series data with real annotators.
PQuantML: open-source hardware-aware neural network compression library for pruning and quantization with unified interface for latency-constrained deployment.
Quantum-inspired anomaly detection using hardware-aware tensor networks for particle collider physics, deployable on classical hardware.
Systematic evaluation of tabular foundation models like TabPFN and TabICL for conditional density estimation in regression tasks with heteroscedasticity.
C²MF: context-specific credibility-aware multimodal fusion framework using probabilistic circuits to handle conflicting modalities and situational reliability changes.
Judge Agent system using automated mathematical validation to reduce silent failures in LLM-generated scientific simulation code from 42% to 1.5%.
LLM framework for formal proof repair using counterexample-guided reasoning and behavioral feedback to improve automated verification.
Comprehensive evaluation framework for agent-based medical AI systems via multi-step clinical dialogue simulation with realistic physician-patient interactions.
Real-world evaluation of visual navigation foundation models on robot navigation, testing generalization and providing trajectory quality metrics.
Vision-language learning approach for end-to-end autonomous driving using multimodal datasets and collision-aware representation learning.
Optimization framework for robust decisions when predictions lack calibrated error bounds, combining robust and regret formulations.
Theoretical analysis of rank selection for low-rank tensor regression with applications to neural network compression and model optimization.
Decoupled audio transformer architecture inspired by human cognition for efficient self-supervised learning on resource-constrained devices.
Analysis of object discovery in self-supervised Vision Transformers, showing how [CLS] token attention maps contain spurious activations affecting localization.
Continual learning method for object detection under extreme visual sparsity conditions using dual-stage invariant learning.
Higher-order associative memory models combining exponential interactions with sparse pattern storage for improved storage capacity.
Analysis of privacy-accuracy trade-offs in high-dimensional sparse linear regression using differential privacy mechanisms and approximate message passing.
Method for compressing conversational audio context in LLM-based speech recognition systems, studying multimodal context from prior turns for improved ASR.
Approach for merging multiple LoRA modules while preserving subspace coverage and addressing directional anisotropy to maintain task representation in general-purpose systems.
Benchmark for evaluating machine unlearning in multimodal models like CLIP, introducing SALMUBench with 60K persona-attribute associations for fine-grained forgetting evaluation.
Method for merging independently fine-tuned LoRA adapters across heterogeneous tasks using null-space compression, addressing classification-regression task combinations.
Graph-learning algorithm (MED-MAGMA) for fitting Kronecker-sum-structured models with multiplicative noise in genomics applications.
Generative approach for uncertainty quantification in multimodal supervised learning combining images and text data.
Theoretical analysis of Kantorovich-kernel neural network operators with density results, convergence estimates, and Korovkin theorems.
Meta-learning framework for human mesh recovery from images using optimization-friendly initializations and uncertainty-aware updates.
UNIFERENCE: discrete-event simulation framework for developing and benchmarking distributed AI inference algorithms across heterogeneous devices and networks.
AMALIA: fully open source LLM trained on high-quality European Portuguese data with native evaluation benchmark and improved pt-PT representation.
ALBA: linguistically grounded benchmark for evaluating LLM performance on European Portuguese, addressing underrepresentation in existing benchmarks.
Experimental pipeline profiling energy consumption, latency, and quality trade-offs for deploying LLMs on edge devices with hardware constraints.
Study evaluating ML feature compatibility and transferability across malware detection datasets under distribution shifts.
Deep symbolic regression using policy gradients with complexity awareness for interpretable data-driven mathematical expression discovery.
Theoretical analysis of how iteration order affects convergence and stability in deep neural network training without learning rate schedules.
Methodological commentary on robust predictive modeling under distribution shifts in real-world deployment scenarios.
Task Tokens method adapts behavior foundation models to specific tasks via learnable tokens while preserving zero-shot generalization capabilities.
FastCache accelerates Diffusion Transformer inference through learnable linear approximation and spatial-aware token selection for hidden-state caching.