All papers

Uses coarse CTC decoding to filter relevant hotwords into LLM prompts for improved contextual speech recognition on rare words.

Uses coarse CTC decoding to filter relevant hotwords into LLM prompts for improved contextual speech recognition on rare words.

Uses coarse CTC decoding to filter relevant hotwords into LLM prompts for improved contextual speech recognition on rare words.

Uses coarse CTC decoding to filter relevant hotwords into LLM prompts for improved contextual speech recognition on rare words.

Uses coarse CTC decoding to filter relevant hotwords into LLM prompts for improved contextual speech recognition on rare words.

Uses coarse CTC decoding to filter relevant hotwords into LLM prompts for improved contextual speech recognition on rare words.

Compares sparse, dense, hybrid, and fusion RAG architectures across GPT-4o and LLaMA deployments using the RAGAS evaluation protocol.

Integrates monocular 3D pose estimation, Transformer-based stroke classification, and an LLM to evaluate badminton player postures and provide feedback.

The paper introduces a zero-shot LLM pipeline to generate counterfactual examples for stress-testing NLP models.

The paper introduces a zero-shot LLM pipeline to generate counterfactual examples for stress-testing NLP models.

The paper introduces a zero-shot LLM pipeline to generate counterfactual examples for stress-testing NLP models.

The paper introduces a zero-shot LLM pipeline to generate counterfactual examples for stress-testing NLP models.

The paper introduces a zero-shot LLM pipeline to generate counterfactual examples for stress-testing NLP models.

The paper studies using persona-conditioned synthetic LLM users to conduct usability evaluations of complex decision support tools.

The paper develops a time-frequency analysis method to diagnose partial discharge acoustic signals in industrial inspection equipment.

The paper converts time-domain vibration signals into symmetrized dot pattern images to classify helical gear defects using a CNN.

The paper investigates token pruning strategies to accelerate Vision Transformer inference for object detection and instance segmentation.

The paper investigates token pruning strategies to accelerate Vision Transformer inference for object detection and instance segmentation.

The paper presents a cross-attention deep learning framework fusing real-time vital signs and motion sensor data for medical anomaly detection.

The paper introduces an inference-time framework that creates inspection plans to guide LLMs in detecting source code vulnerabilities.

The paper proposes a frequency-enhanced conditional VAE combined with graph neural networks for anomaly detection in industrial multivariate time series.

The paper presents an autonomous patrol robot combining mapping and computer vision to detect threats and manage security incidents.

The paper proposes an edge-cloud collaborative inspection framework using multimodal LLMs dynamically scheduled based on scene complexity.

The paper proposes an edge-cloud collaborative inspection framework using multimodal LLMs dynamically scheduled based on scene complexity.

The paper proposes an edge-cloud collaborative inspection framework using multimodal LLMs dynamically scheduled based on scene complexity.

The paper presents a multi-agent framework that dynamically generates execution context to enable partial code execution.

The paper cleans code smells from training datasets to evaluate and improve the quality of LLM-generated code.

Introduces Hybrid Scalar-Product Compression to optimize vector retrieval quantization by separating hot and cold vector data.

Presents AIMA, an autonomous multi-agent system using retrieval-augmented generation to manage Instagram content strategy, generation, and scheduling.

Presents an IEEE publication page stub regarding methods to maximize web service retrieval.

Surveys AI-based phishing detection methods, focusing on hybrid architectures that combine reinforcement learning with retrieval-augmented generation.

Reviews clinical applications, biomechanical foundations, and methodological challenges of ultrasound and magnetic resonance elastography of the neck.

Designs and validates a miniaturized Wi-Fi HaLow wireless imaging transfer system for capsule endoscopy across biological tissues.

Presents ObliVul, a framework combining safety obligation modeling and counterfactual validation to filter false static analysis vulnerability alerts.

Introduces NosRacer, a dynamic analysis framework to detect race conditions in on-device network operating systems.

Introduces NosRacer, a dynamic analysis framework to detect race conditions in on-device network operating systems.

Proposes error coverage and certainty metrics to evaluate the reliability of multi-model N-version object detection architectures.

Proposes error coverage and certainty metrics to evaluate the reliability of multi-model N-version object detection architectures.

Proposes evaluating generated test suites across pools of valid and invalid implementations rather than against a single reference implementation.

Quantifies SMT solver runtime instability across program verification queries using the coefficient of variation across multiple domains.

Quantifies SMT solver runtime instability across program verification queries using the coefficient of variation across multiple domains.

Evaluates LLM judges assessing AI-generated database specifications against trivial baselines using a leakage-resistant benchmark.

Empirically analyzes how refactoring commits correlate with software quality metrics like complexity, code smells, and vulnerabilities.

Empirically analyzes how refactoring commits correlate with software quality metrics like complexity, code smells, and vulnerabilities.

Introduces an execution-grounded benchmark to evaluate code generation for real-world web service and API calls across multiple models.

Evaluates coding agents on generating full application test suites from specifications using a benchmark of open-source projects and mutants.

Uses agentic reasoning over program concurrency semantics to steer thread scheduling and reproduce elusive concurrency bugs.

Proposes an agentic workflow that drafts and maintains Architecture-as-Code documentation with mandatory human review gates in the IDE.

Presents a hierarchical framework converting single-agent policies into reusable object-oriented motion skills for multi-agent cooperative tasks.

Proposes a robot path planner that extracts navigable geometry directly from 2D Gaussian splatting maps via rasterization queries.

Decouples geometric path and execution timing in vision-language-action policies to improve adaptation from teleoperated demonstrations.

Proposes a quadrotor navigation policy estimating wind disturbances from proprioceptive history via temporal convolutions during cluttered flight.

Proposes a modular digital twin framework jointly modeling industrial processes, 5G wireless networks, and control logic for pre-deployment safety validation.

Presents a sparse traversability-aware graph representation from grid costmaps to accelerate global path planning for autonomous rovers.

Proposes a plug-and-play alignment framework enabling vision-language-action models to understand and execute negated robotic instructions.

Evaluates physical attention biases based on Euclidean and arc-length distances to improve learned simulators for deformable cable dynamics.

Combines teleoperation and kinesthetic demonstrations using object-mask-conditioned diffusion policies for contact-rich, long-horizon robotic dexterous manipulation.

Introduces a manipulation skill dataset and benchmark built on 50 activities to evaluate subtask execution in long-horizon robotic tasks.

Presents a 3D-native world action model unifying observations, actions, and scene dynamics in metric space for robot and human manipulation.

Introduces an execution-authorization interface that gates robot actions using deterministic evidence checks and budgeted re-observations under sensory uncertainty.