One Token Away from Collapse: The Fragility of Instruction-Tuned Helpfulness
Study demonstrating instruction-tuned LLMs collapse helpfulness under simple lexical constraints like banning single characters/words.
Study demonstrating instruction-tuned LLMs collapse helpfulness under simple lexical constraints like banning single characters/words.
Open-source domain-specialized 24B LLM (EVE) for Earth Intelligence built on Mistral, optimized for Earth observation and sciences reasoning.
Label-free self-training framework where multiple LLMs collaboratively improve by aggregating cross-model responses without external supervision.
Analysis of reasoning dynamics in 18 vision-language models, measuring how visual and textual information integrates during inference.
Empirical study of Chain-of-Thought prompting for code deobfuscation using LLMs with step-by-step reasoning.
LLM-based framework with Bayesian feedback for synthesizing rare relational/tabular data with quality optimization.
Benchmark for analyzing sources of hallucination in LLMs across reasoning, instruction, and source memory components.
Analysis of preference optimization objectives for LLM alignment, proposing incentive-score decomposition to prevent likelihood displacement.
Neural surrogate models trained on CFD data for faster aerodynamic design space exploration.
Framework using LLMs as judges to evaluate hallucination in vision-language models under varying prompt intensity.
Systematic analysis of repetitive linguistic patterns in aligned LLMs across frontier models like GPT-4 and Claude.
Data-driven framework using neural operators for stability analysis in physical systems without requiring known equations.
AVISE open-source framework for identifying vulnerabilities and evaluating security of AI systems in critical domain deployments.
SQLyzr benchmark and evaluation platform for text-to-SQL models with comprehensive metrics beyond aggregate scores and insights into behavior across query types.
IRAP framework using retrieval-augmented preference elicitation to quantify vague natural language software performance requirements into mathematical forms.
Theoretical analysis proving supervised learning has fundamental geometric blind spots in adversarial robustness, with minimal repair strategies proposed.
Open datasets and benchmarks for video-language model captioning using structured specifications and professional video creator input for precise visual primitive definition.
Study of learned memory tokens in single-block Universal Transformers with Adaptive Computation Time, showing memory tokens empirically necessary for combinatorial reasoning.
Audit measuring persuasiveness of LLMs in everyday conversations, finding models outperform humans and influence user decisions on relationships and medical matters.
Systematic study of transformer weight matrix singular value spectra during pretraining, discovering transient compression waves and spectral gradient phenomena across model scales.
Introduces KARL framework using knowledge-boundary-aware reinforcement learning to reduce LLM hallucinations through appropriate abstention without sacrificing accuracy.
Presents BiTA, a bidirectional GRU-Transformer temporal graph network for alert prediction in computer networks with multi-scale temporal patterns.
Proposes Stochastic KV Routing for adaptive depth-wise KV cache sharing to reduce memory requirements in transformer serving along the layer dimension.
Demonstrates parameter efficiency does not ensure memory efficiency in PEFT; shows LoRA and IA3 still require memory scaling with sequence length for on-device use.
Proposes CoFi-PGMA for training multi-agent LLM systems using counterfactual policy gradients to handle routing and collaboration feedback filtering.
Presents AutoCompress, transformer compression method that isolates and protects Layer 0 at full dimensionality while compressing intermediate layers.
Analyzes expressive power of message-passing Graph Neural Networks with global readout, focusing on first-order logic properties they can express.
Studies deployment-time adaptation for frozen offline RL policies using Product-of-Experts composition when retraining is infeasible.
Proposes MTServe, a hierarchical KV cache management system for efficient serving of generative recommendation models with user history encoding.
Quantifies and proposes mitigation strategies for Self-Preference Bias in LLM-as-a-Judge evaluation systems used for model alignment and leaderboards.
Introduces StackFeat-RL, a reinforcement learning meta-learning framework for feature selection in high-dimensional genomic data with stability constraints.
Presents utility-based data valuation framework for LLMs using token-level quality metrics and empirical training gains instead of static row-count approaches.
Proposes Temporally Coherent Reward Modeling (TCRM) for RLHF, training reward models to score intermediate tokens rather than final outputs to capture richer training signals.
Complete ML pipeline for training and inference on microcontroller devices, including CNN training with Adam and real-time inference on $15-40 hardware.
Extends SGD and gradient descent to complex-valued parameters in reproducing kernel Hilbert spaces with analysis of directional bias.
Method for fine-tuning Mixture-of-Experts models that preserves expert diversity and prevents router collapse during supervised fine-tuning.
Analyzes machine unlearning in second-order optimizers, comparing their ability to handle data deletion tasks with varying eigendecomposition approaches.
ML-guided heuristics accelerating solvers for mixed binary quadratic combinatorial optimization problems.
Kalman filter-based reward estimation method for policy gradient RL as alternative to reward normalization.
C-Moral uses RL post-training to align LLMs for controllable multi-objective molecular optimization with competing drug-design constraints.
RL Token enables sample-efficient online RL fine-tuning of vision-language-action models using lightweight adaptation for robotics manipulation.
ProEval uses Gaussian Process surrogates for efficient performance estimation and proactive failure discovery in generative AI evaluation.
Shows method rankings in Bayesian deep learning are unreliable and dataset-dependent under data scarcity conditions.
CondI framework for handling within-modality missingness in multimodal federated learning via conditional imputation.
Bayesian deep learning evaluation fails with single-seed benchmarks in limited-data settings; CRPS variance trajectories differ substantially across methods.
Studies surface-level vs semantic sensitivity in Lean 4 autoformalization, testing GPT and open-weight models on paraphrase variations.
Scaling Mixture-of-Experts inference across multiple nodes by exploiting expert activation patterns to address load imbalance and token routing bottlenecks.
Three techniques for vector quantization-based model weight compression including cosine similarity assignment and straight-through estimators.
Layer separation optimization framework to reduce nonconvexity in deep neural networks trained with softmax cross-entropy loss.
Contrastive learning approach for human activity recognition from multimodal sensor data with limited labeled data.