SciTS: Scientific Time Series Understanding and Generation with LLMs
Framework for scientific time series understanding and generation using LLMs, addressing gaps in multimodal LLM handling of temporal numerical data.
Framework for scientific time series understanding and generation using LLMs, addressing gaps in multimodal LLM handling of temporal numerical data.
Membership inference attack method using implicit bias to determine which data samples trained a model, focusing on privacy implications.
Research on information leakage in Time Series Foundation Models evaluation, addressing test set integrity challenges similar to LLM benchmarking issues.
Neural operator architecture for solving PDEs on 3D unstructured domains using multiscale decomposition for computational fluid dynamics.
SPACeR: Self-play framework with centralized reference models for training human-like autonomous vehicle policies.
SERL: Self-examining RL approach for LLMs on open-domain tasks using intrinsic reward signals without external feedback.
EARL: RL alignment framework with entropy-aware rewards for improving LLM-generated RTL code reliability and correctness.
NTK-Guided acceleration of implicit neural representations for high-resolution signal reconstruction tasks.
Stabilizes off-policy RL training for multi-turn LLM agents using turn-level importance sampling and clipping-triggered normalization.
BRIDGE: Structured prompting framework for LLM-based program synthesis with formal verification in Lean4 across multiple artifacts.
Cross-domain offline RL with dynamics and value-aligned data filtering for transferring knowledge between source and target environments.
NRGPT: Alternative to GPT architecture using energy-based modeling paradigm for language inference.
WebGym: Large-scale open-source environment with 300K realistic web tasks for training visual web agents via reinforcement learning.
Extends singular learning theory to reinforcement learning, characterizing policy posterior concentration via regret landscape geometry.
OPO: Principled framework for LLM alignment reformulated as orthogonal projection in Hilbert space for policy optimization.
Latent diffusion approach using Laplacian autoencoders for efficient graph generation with reduced computational complexity.
OGD4All: LLM-based framework with agentic reasoning for accessible interaction with geospatial open government data via code generation.
DCoPilot: Generative AI system using reinforcement learning for adaptive policy generation in dynamic data center operations.
QTALE: Framework combining token-adaptive layer execution with quantization for efficient LLM deployment, addressing integration challenges.
Analyzes role of optimizer choice in Neural Collapse emergence during deep neural network training, challenging assumption that NC is universal across optimization methods.
Proposes Quad Length Codes for lossless compression of e4m3 format to reduce network bandwidth bottlenecks in LLM training and serving through faster decoding than Huffman codes.
Proposes measuring AI propensities (behavioral tendencies) alongside capabilities using Item Response Theory extensions for evaluation.
Unifies decoding strategies (greedy, top-k, nucleus, best-of-k) as principled optimization on probability simplex with regularization.
Kernel-based generative modeling within stochastic interpolant framework replacing neural network training with linear systems.
MultiModalPFN extends TabPFN foundation model to handle heterogeneous tabular and non-tabular modalities like images and text.
QuantVLA: post-training quantization framework for vision-language-action models to reduce compute and memory for embodied agents.
Theoretical analysis connecting law of robustness to robust generalization in overparameterized models.
Self-evolving LLM agent framework using uncertainty-aware rewards to improve multi-step decision-making and credit assignment.
Analyzes computational hardness of maximum likelihood learning for Determinantal Point Processes used in data selection.
Distributed differentially private learning enabling multiple users to jointly train models without centralizing training data.
Examines legal and ethical challenges from ChatGPT and large language models including hallucination and stochastic parrots.
Econometric analysis of synthetic control methods for treatment effect estimation when units select their own interventions.
Multi-agent deep reinforcement learning with centralized training for transportation infrastructure lifecycle management and maintenance optimization.
Uses neural state-space models with meta-learning for model predictive control of nonlinear systems with fast adaptation.
Introduces Room Environment v3 benchmark for agents with graph-structured memory in partially observable environments using knowledge graphs.
Investigates best practices for pretraining vision-language encoders and provides programming tools for VL research.
Real2Sim2Real framework for deformable linear object manipulation using likelihood-free inference and visual perception for robotic agents.
Proposes metric measuring AI ability to complete long software tasks by comparing model performance to human domain expert completion time.
Test data generation method for SQL code generation services using high-fidelity synthetic data to model complex data structures and semantic relationships.
kDOT: discrete optimal transport framework for voice conversion using barycentric projection in pretrained speech embedding space instead of averaging strategies.
BARREL identifies pathological reasoning patterns in Large Reasoning Models and improves factual reliability. Enables models to admit ignorance instead of confident false answers.
Knowledge fusion method for LLMs via modular SkillPacks. Enables efficient cross-capability transfer for multi-task integration, compression, and continual learning.
First non-Euclidean neural quantum state ansatz using hyperbolic GRU for Variational Monte Carlo approximation of quantum many-body ground states.
Novel multi-Boolean architecture for weight-binarized LLMs. Framework with multi-kernel Boolean parameters reduces complexity without severe post-training performance loss.
Shows RLVR with GRPO can improve LLM mathematical reasoning using spurious rewards with little/no correlation to correct answers, challenging reward signal assumptions.
Establishes foundations for provable copyright protection in generative models. Revisits near access-freeness and defines conditions for copyright guarantee.
Comprehensive benchmark for ECG time-series data addressing unique characteristics and specialized downstream applications of bioelectrical signals.
CASCADE: hybrid LLM-powered JavaScript deobfuscator at Google combining Gemini coding capabilities with compiler IR transformations for code comprehension.
Position paper arguing ML fairness research should quantify structural injustice via social determinants rather than focusing only on sensitive attributes.
Controlled experiments examining whether LLMs incorporate external label definitions or rely on parametric knowledge. Tests expert-curated, LLM-generated, and perturbed definitions.