STM3: Mixture of Multiscale Mamba for Long-Term Spatio-Temporal Time-Series Prediction
Multiscale Mamba-based mixture model for long-term spatio-temporal dependencies in time series prediction.
Multiscale Mamba-based mixture model for long-term spatio-temporal dependencies in time series prediction.
Masked representation learning approach for spatio-temporal forecasting with missing data in urban systems.
Bandit algorithm for learning multiple competing fairness objectives adaptively with graph-structured feedback.
Analysis of data poisoning attack effectiveness on hardest-to-poison samples versus average attack success rates.
Lightweight mixture-of-experts model for time series forecasting with improved computational efficiency over large pretrained models.
RL framework addressing imperfect verifier noise through stochastic reward channels with asymmetric false positive/negative rates.
Diffusion actor-critic RL algorithm with distributional critic for training expressive policies without policy gradient variance.
Graph foundational model enabling in-context learning on heterogeneous graphs without LLMs or tuning.
Physics-aware xLSTM architecture for vehicle trajectory prediction in autonomous driving, addressing LSTM memory limitations.
NextLat: Transformer training with self-supervised next-latent prediction to learn compact world models with better generalization.
Operator-theoretic framework for generalization bounds in multi-task learning with improved tightness via Koopman-based approaches.
Generalization bounds for multitask deep learning using Koopman operator theory with tighter guarantees than norm-based methods.
Generative model for discovering low-energy molecular conformations by combining energy guidance with learned representations.
R3L: RL framework for LLM reasoning and agents using language-guided exploration, credit assignment, and positive amplification for improved performance.
Hard-label adversarial attack method with theoretical foundations addressing initialization and optimization for black-box threat models.
AGZO: Zeroth-order optimization for LLM fine-tuning using activation structure guidance to reduce memory constraints without backpropagation.
Analysis showing search can harm model-based RL performance even with accurate models; overestimation bias mitigation is more critical than prediction accuracy.
Task-aware LLM decoding that models outputs in task-dependent latent structures for better generation quality and uncertainty estimation.
Cascaded Transfer Learning paradigm for learning many related tasks hierarchically under distributed training budget constraints.
LLM agents automatically construct interpretable clinical scoring systems that align with workflow constraints like memorability and auditability.
Orthogonal entropy unlearning method for removing memorized data from quantized neural networks while maintaining performance. GDPR-compliant.
MaMa: Game-theoretic framework for designing safe multi-agent systems that remain secure when individual LLM agents are compromised or adversarial.
ArcMark: Multi-byte watermarking technique for LLM outputs using optimal transport to encode information without distorting text generation.
Theoretical analysis of predictive coding networks at infinite width/depth limits. Biologically plausible alternative to backpropagation.
Benchmark for evaluating long-term memory architectures in LLM agents. Analyzes memory design capabilities for agent systems.
Cross-domain graph prompting framework adapting pre-trained GNNs. Graph neural network transfer learning for domain shift.
VI-CuRL stabilizes verifier-free RL training for LLM reasoning via confidence-guided variance reduction. Enables scalable reinforcement learning without external verifiers.
Per-instance noise calibration for certified machine unlearning with differential privacy. Improves unlearning efficiency via adaptive sensitivity bounds.
BarrierSteer inference-time safety framework for LLMs against adversarial attacks. Novel safety mechanism with theoretical grounding.
Calibration and selective prediction in multimodal clinical AI. Safety evaluation for medical AI systems.
CapTrack evaluates forgetting in LLM post-training beyond accuracy metrics. Comprehensive benchmark for catastrophic forgetting in LLMs.
Entropy-aware on-policy distillation for knowledge transfer between language models. Improves student LLM training stability and diversity.
Diffusion foundation models as implicit visual representations with low-rank adaptations. Novel representation framework for vision models.
HTMuon optimizer improves Muon training for LLMs via heavy-tailed spectral correction. Novel optimization method for LLM training.
Analysis of critique mechanisms in Large Reasoning Models, investigating how models recover from errors through self-verification and backtracking.
MemReward framework using graph-based experience memory to enable LLM reward prediction with limited labels for reasoning task reinforcement learning.
COMPASS-Hedge algorithm balancing regret guarantees across adversarial and stochastic settings with baseline safety guarantees in online learning.
Safe reinforcement learning framework using preference-based constraint inference for safety-critical decision making with minimal expert demonstrations.
Research on multi-timescale PPO with temporal credit assignment in reinforcement learning, addressing surrogate hacking through representation learning.
Neuro-symbolic framework using operator trees for autoformalization, translating natural language math problems to formal language via hierarchical LLM reasoning.
Research on Upper Confidence Bound algorithms in Adaptive Deep Neural Networks for energy-efficient edge computing inference with dynamic accuracy-latency tradeoffs.
S-Bus: HTTP middleware for concurrency control in multi-agent LLM systems with automatic read-set reconstruction.
TwinRouterBench: benchmark for evaluating LLM routing in agentic systems like coding agents and computer-use agents.
Method for distilling linearized fine-tuning behavior into non-linear models for effective task vector composition.
Analysis of MXFP4 quantization error decomposition for LLM reinforcement learning post-training acceleration.
Sutra: typed functional programming language that compiles to PyTorch neural networks using vector symbolic architectures.
CARV variance reduction technique for expectations using pretrained diffusion models as frozen teachers.
OPPO method using Bayesian value recursion for token-level credit assignment in LLM reasoning tasks.
ARC-STAR framework for post-hoc correction of PDE foundation models with spatial error concentration analysis.
Research on membership inference attacks against safety classifiers used in generative AI systems to filter harmful content.