7210 papers
The paper introduces Ares, a framework that dynamically selects the optimal reasoning effort level for each step of an LLM agent's task using a lightweight router, achieving up to 52.7% reduction in token usage with minimal impact on success rates compared to static high-effort strategies.
SageSched is an efficient LLM scheduler that addresses demand uncertainty and hybrid resource requirements by integrating lightweight output-length prediction with a comprehensive cost model and an uncertainty-aware policy, achieving over 28.7% efficiency improvement in diverse testbed experiments.
This paper proposes an unmixing-based fusion framework that decouples spatial-spectral information and employs a coarse-to-fine deformable aggregation module to effectively mitigate registration errors and achieve state-of-the-art performance in unregistered hyperspectral image super-resolution.
Through two field experiments on GitHub involving the manipulation of repository stars and package download counts, the study finds that social proof metrics have no discernible impact on subsequent software downloads or developer engagement, suggesting that open-source software choices are not easily gamed by inflating these indicators.
This paper presents RLPR, a robust framework for radar-to-LiDAR place recognition that employs a dual-stream network and a two-stage asymmetric cross-modal alignment strategy to achieve state-of-the-art accuracy and zero-shot generalization across diverse radar types and adverse weather conditions.
The paper proposes IMSE, a test-time adaptation method that fine-tunes only the singular values of Vision Transformer linear layers via a spectral mixture of experts and a diversity maximization loss to prevent feature collapse, achieving state-of-the-art performance with significantly fewer trainable parameters.
SWE-Fuse is a novel training framework that enhances software engineering agents by fusing issue-free trajectory learning with entropy-aware RLVR to overcome the limitations of noisy real-world issue descriptions, achieving state-of-the-art performance on the SWE-bench Verified benchmark.
This paper presents a robust framework for safe omnidirectional humanoid stair locomotion that combines a single-stage training strategy with dense unsafe stepping penalties and a refined sparse LiDAR elevation mapping system to achieve high success rates in both simulation and real-world deployments.
This paper proposes a Hybrid Vision Transformer approach with 2D positional encoding and a coverage attention decoder to address the complexities of mathematical expression recognition, achieving a state-of-the-art BLEU score of 89.94 on the IM2LATEX-100K dataset.
This paper introduces Condition-Triggered Dormant Authorization Paths (CT-DAP), a cryptographic framework that enables secure, conditional control and revocable delegation of digital assets through dormant authorization paths activated only by simultaneous user and administrative factors, thereby eliminating the need for persistent key exposure or trusted intermediaries while maintaining regulatory compliance.
This paper presents a modular, unsupervised domain adaptation pipeline that combines Wav2Vec 2.0 embeddings with statistical transformations like CORAL alignment and feature selection to significantly improve cross-domain generalization for audio deepfake detection without requiring labeled target data.
This study evaluates the effectiveness of vision-language and large language models in converting scanned student-drawn automata diagrams into TikZ code, finding that while direct image-to-text generation often yields errors, human-corrected descriptions significantly improve the accuracy of the resulting digital diagrams for educational applications like automated grading.
The paper introduces , a novel map-free visual localization framework that achieves high accuracy and robustness in sparse, wild scenes by leveraging online feed-forward 3D reconstruction and two-stage pose refinement, thereby eliminating the need for offline scene preprocessing and storage.
This paper proposes that intelligent, human-supervised AI agents built on deep learning and large language models represent the next evolution of the scientific method, enabling researchers to manage unprecedented data complexity and scale discovery, as demonstrated by the Dr. Sai system in particle physics.
ConnChecker is a novel graph-based automated tool that accelerates formal connectivity verification in complex SoC designs by categorizing counterexamples and localizing root causes, achieving up to an 80% reduction in debugging time.
This paper provides the first formal specification and comprehensive analysis of the Li-Chao tree, a widely used data structure in competitive programming, by establishing its algorithmic details, proving correctness, and evaluating its theoretical and empirical performance.
The paper introduces RAPID, a novel Edge-Cloud Collaborative inference framework designed to optimize the deployment of Vision Language Action models by addressing visual noise interference and step-wise task redundancy, thereby achieving up to a 1.73x speedup with minimal overhead.
This paper proposes DMRAL, a decomposition-driven framework that constructs a table relationship graph and employs aligned question decomposition with coverage-aware retrieval and sub-question guided reasoning to significantly outperform existing methods in numerical multi-table question answering over large-scale table collections.
VisualAD is a language-free, zero-shot anomaly detection framework that leverages a frozen Vision Transformer backbone with learnable normality and abnormality tokens, along with spatial-aware cross-attention and self-alignment modules, to achieve state-of-the-art performance across industrial and medical domains without relying on text encoders or cross-modal alignment.
This paper introduces the concept of "sense of misinformation"—the mistaken perception that truthful information is false—and demonstrates through a casino proposal case study how this phenomenon, driven by governance miscoordination and communication breakdowns, erodes community trust and democracy, while proposing design strategies to mitigate its harmful effects.