ISO-Bench: Can Coding Agents Optimize Real-World Inference Workloads?
ISO-Bench benchmark evaluates coding agents on real-world LLM inference optimization tasks from vLLM and SGLang frameworks with 54 curated tasks.
ISO-Bench benchmark evaluates coding agents on real-world LLM inference optimization tasks from vLLM and SGLang frameworks with 54 curated tasks.
Framework for evaluating discrete diffusion language models by separating sampler-induced error from denoiser approximation error.
VecFormer improves graph transformers with token-level attention to reduce computational complexity and improve generalization.
Compositional planning with world models enabling agents to compose pre-trained policies for solving complex tasks.
Study of representational dynamics in minimal continual learning agents across multiple task executions.
PaReGTA encodes temporal electronic health records using LLMs with lightweight fine-tuning for domain adaptation.
GRAPHIC: network science approach to visualize and analyze class confusion patterns in deep learning models.
Bayesian meta-learning method using causal embeddings to improve adaptation to out-of-distribution tasks.
Position paper advocating adoption of data frugal machine learning practices to reduce computational and environmental costs.
Method to recover the correct ordering of shuffled neural network layers using only the dataset and layer information.
Novel Hessian estimators using random direction stochastic approximation for optimization with noisy measurements.
DSDR: dual-scale diversity regularization method to improve exploration in LLM reasoning tasks with reinforcement learning from verifiers.
Proposes uncertainty-aware rank-one MIMO Q-network for offline reinforcement learning to address extrapolation error from out-of-distribution data.
Analysis of LoRA parameter-efficient fine-tuning in differentially private federated learning for large vision and language models addressing privacy-utility trade-off.
Extends diffusion model role in robust classifier training beyond synthetic data generation to leverage internal feature representations for adversarial robustness.
Load balancing strategy for sparse mixture-of-experts LLMs addressing expert underutilization through replicate-and-quantize approach at inference time.
Efficient optimizer for differentially private federated learning of large models addressing variance amplification and bias from privacy noise.
Information removal method using sparse masked attention for RL policies that generalize reliably to unseen tasks and observations.
Theoretical analysis establishing equivalence between random network distillation, deep ensembles, and Bayesian inference for uncertainty quantification.
Selective pruning framework for physics-informed neural networks to improve robustness against noise in PDE inverse problems.
Analysis of how discrete diffusion models exploit asymmetry mechanisms for multi-step lookahead planning compared to autoregressive transformers.
Tensor-based Vision Transformer architecture exploiting multilinear structures for computational efficiency in image processing tasks.
Distributed federated learning framework addressing privacy leakage, slow convergence, and Byzantine robustness using Bayesian methods without central server.
Semi-supervised approach for dynamic graph anomaly detection addressing label scarcity and poor generalization to unseen anomalies via discriminative learning.
Theoretical analysis of how pretraining initializations impact feature learning and refinement during fine-tuning in modern deep learning systems.
Kernel method for generative modeling within stochastic interpolant framework replacing neural network training with linear systems solved from data.
BarrierSteer framework for LLM safety using barrier steering to prevent adversarial attacks and unsafe content generation with theoretical guarantees.
Theoretical study of online learning under adversarial injection with tight bounds on learner's ability to abstain from uncertain predictions in clean-label setting.
Theoretical analysis of diffusion language models examining how unmasking schedules affect parallel token generation quality compared to autoregressive approaches.
New RL objective for LLM reasoning using advantage distribution matching to improve diversity and exploration beyond reward maximization in multi-step reasoning tasks.
Novel ML framework learning interpretable hierarchical optimization structures from data, unifying predictive performance with intrinsic interpretability for scientific applications.
Replication study of federated learning approach for vision-language models using text-driven prompt generation to improve zero-shot generalization to unseen classes.
Diffusion language models optimize system prompts via masked denoising without gradient access to base LLM.
Studies failure mode in multi-agent language systems where dominant context absorbs individual agent semantics.
AI agents as evaluators for mechanistic interpretability research, addressing reproducibility via execution-grounded testing.
GLiNER-bi-Encoder: Named entity recognition architecture decoupling label and context encoding for zero-shot flexibility with industrial-scale efficiency.
DCInject: Frequency-domain backdoor attack method for personalized federated learning exploiting DC component manipulation.
RDBLearn extends tabular in-context learning to relational databases, enabling single models to adapt to prediction tasks across linked tables.
Framework for translating human language specifications into hierarchical reward functions to align AI agent behavior with human expectations.
Luna-2: Single-token evaluation architecture using small language models for fast, deterministic LLM-as-judge metrics at scale.
Method for robots to infer task goals from user corrections by analyzing timing and content of behavioral feedback.
Automated quantum machine learning pipeline for multisource classification tasks in remote sensing applications.
Hierarchical multi-agent reinforcement learning framework for autonomous navigation in endovascular mechanical thrombectomy procedures.
Using AI agents to conduct multiple independent analyses on same dataset, demonstrating variability in research conclusions from analytic choices.
MANATEE: inference-time defense against adversarial jailbreaks using density estimation on benign representation manifolds.
Multi-agent reinforcement learning for dynamic task offloading in edge computing with renewable energy constraints.
Study of LLM robustness to natural language variations in code generation tasks, addressing sensitivity in developer applications.
Habilis-β: on-device vision-language-action model for real-world robotic deployment with long-duration evaluation metrics.
Theoretical analysis of convergence-rate control as defense mechanism against fine-tuning of open-weight models for harmful purposes.
Investigation of using LLMs as post-hoc explainability tools for credit risk model predictions via in-context learning.