Computer Science

TransDAE improves medical image segmentation, enhancing disease diagnosis and treatment planning.

Learn how hidden triggers can manipulate language models and pose serious risks.

Research reveals planning is the key challenge for web agents' effectiveness.

A new dataset improves sign language recognition through advanced motion capture.

A new framework improves instruction data quality for language models.

Innovative methods enhance object detection performance on resource-limited devices.

New dataset and model improve object detection in indoor environments.

A model for improving technician assignments and reducing customer delays.

Large Language Models improve efficiency in medical answer evaluations.

A new dataset improves sign language recognition through advanced motion capture.

A novel approach aims to improve accuracy in language translation tasks.

A new framework improves instruction data quality for language models.

Researching connections in biblical texts with advanced language models.

New methods enhance image classification with fewer examples.

A novel method enhances detection and explanation of fake news.

This article explores the role of deep learning in linguistic steganalysis.

Research on local list-decoding reveals new insights into reliable message transmission.

Introducing a framework for analyzing direct sum questions in complexity theory.

Explore essential measures for comparing quantum states in quantum computing.

A look into how superposition enhances neural network efficiency and complexity handling.

This work establishes new lower bounds for circuit sizes in computational tasks.

Learn how Integer Linear Programming aids decision-making across various fields.

Examining the challenges and significance of the Subset Sum problem in computer science.

Researchers develop new techniques for building strong bipartite graphs.

Integrating design, manufacturing, and supply chain for efficient part production.

AI and mechanical simulation enhance architectural design speed and safety.

This study analyzes price relationships among various cryptocoins to forecast trends.

Introducing an efficient method for studying electron behavior in low-temperature plasma.

A novel model improves predictions of drugs crossing the blood-brain barrier.

Investigating how hydrogen affects metal strength and ductility in various applications.

Software uses machine learning for accurate cryptocoins price predictions.

Scientists use Nested Fusion to analyze complex Mars data effectively.

This article explores the concept and applications of weakly leveled planar drawings.

New methods enhance clarity in storyline drawings by minimizing curve crossings.

Learn about the construction and significance of monotone arc diagrams in graph representation.

Learn how graph morphing transforms visual representations seamlessly while maintaining clarity.

A new barcode method enhances data analysis by capturing geometric features.

Exploring bifiltrations for improved data analysis and outlier management.

A look at how merge trees enhance our grasp of crystalline materials.

HyperSteiner presents a more efficient method for calculating Steiner Minimal Trees.

Understanding fair division methods and their importance in society.

Revolutionary strategies for effective matching in decentralized markets without preference knowledge.

Central planners can boost overall efficiency in multiagent systems with effective subsidies.

A new method improves decision-making in complex strategic games.

Examining the effects of Execution Tickets and Auctions on blockchain centralization.

This study examines envy-free resource distribution in graph settings.

MATWA helps users solve and visualize matching problems effectively.

Analyzing the use of coevolutionary algorithms to find winning strategies in combinatorial games.

New methods improve robots' ability to retrieve objects from cluttered environments.

TransDAE improves medical image segmentation, enhancing disease diagnosis and treatment planning.

A deep learning model improves tremor assessment for Parkinson's disease.

Exploring quantum computing's role in improving robust fitting techniques for computer vision.

Advancements in AI are improving communication for people with hearing impairments in Indonesia.

Snapshot improves pedestrian trajectory prediction for safer urban traffic.

A new dataset improves sign language recognition through advanced motion capture.

A new method improves cancer tissue classification using vision-language models.

Two new approaches enhance race prediction accuracy in sensitive assessments.

A new method improves facility location for better urban access.

Study shows AI tools enhance accuracy and efficiency in redacting sensitive documents.

Examining the impact of AI technology on learning and its ethical implications.

An analysis of how privacy laws shape user trust in the Netherlands, Ghana, and Malaysia.

This study assesses ChatGPT's ability to simulate demographic and attitudinal data.

An exploration of the rise, influence, and decline of the Roman Empire.

A resource for studying the impact and trends of political deepfakes.

Learn how hidden triggers can manipulate language models and pose serious risks.

Introducing a framework to secure wireless networks against emerging threats.

Research reveals methods to protect against side-channel attacks on FPGAs.

A new framework improves simulations for emergency response efficiency.

A look at new approaches to enhance secure programming methods.

Improving cybersecurity through enhanced anomaly detection using GNNs.

Discovering secure methods for data sharing in advanced communication systems.

A method for monitoring software adherence to security protocol rules.

This article explores the concept and applications of weakly leveled planar drawings.

A new approach to decision-making that emphasizes minimizing costs while achieving goals.

New methods enhance clarity in storyline drawings by minimizing curve crossings.

Explore the unique ways to factor strings in computer science.

Introducing iRangeGraph for efficient range-filtering nearest neighbor queries in high dimensions.

Maximize billboard ad impact with smart tag allocation strategies.

Explore essential measures for comparing quantum states in quantum computing.

A look into how superposition enhances neural network efficiency and complexity handling.

A new library enhancing information extraction in Python.

A new method enhances OLTP databases by reducing transaction conflicts.

Learn how to obtain reliable aggregation results despite data inconsistencies.

A new approach to enhance transportation systems using edge-based data management.

Introducing iRangeGraph for efficient range-filtering nearest neighbor queries in high dimensions.

Learn how LLMs streamline event log creation from messy IoT data.

ConVer-G streamlines urban data management by tracking multiple versions efficiently.

Learn how to generate realistic fake data safely.

A new model improves how researchers manage citations and scholarly articles.

KOSs organize research information, aiding quick retrieval and management.

Exploring how author rankings can improve peer review quality in research.

WISDOM helps identify and track new research themes in science and technology.

Learn how metadata-lakes streamline access to research data and improve management.

A new approach enhances research clarity using cognitive knowledge graphs and language models.

Analyzing changes in research activities during the COVID-19 pandemic.

A new perspective on how scholars decide where to publish their work.

An exploration of strategies and dynamics in turn-based shooting games.

Learn about the construction and significance of monotone arc diagrams in graph representation.

A straightforward approach to predict the solubility of chemical compounds in water.

A look into graphs, their properties, and practical applications.

Neural Spacetimes offer innovative representations for analyzing directed graphs in various fields.

A look into graph languages and their role in processing complex information.

Exploring classical and quantum approaches to random sampling of permutations.

Exploring pathways in directed hypercubes for efficient data transfer.

Learn how model compression improves efficiency of large language models.

A comprehensive analysis of a new algorithm's efficiency and accuracy in data handling.

Combining quantum and classical computing to advance scientific research.

A new method enhances task scheduling on edge servers using heuristic algorithms and Evolutionary Computing.

GreenWhisk focuses on reducing carbon emissions in cloud computing.

DiOMP combines PGAS and OpenMP for efficient distributed systems programming.

New approach uses federated learning to optimize mobile task offloading decisions.

New compression techniques speed up training for large language models while maintaining accuracy.

Acoustic levitation presents a new method for effective oil spill containment.

A safety framework ensures responsible behavior in embodied AI systems through structured processes.

This article explores fast adaptation techniques for deep learning in wireless systems.

Discover how Layer Two solutions improve Bitcoin's transaction speed and efficiency.

A novel approach to track heart rates using neuromorphic technology.

New framework GenDFIR enhances the analysis of cyber event timelines.

Learn how LLMs streamline event log creation from messy IoT data.

An overview of APM's advancements, challenges, and prospects across various fields.

Learn about tree transducers, their types, features, and applications in data processing.

New techniques enhance offline learning for Regular Decision Processes in complex environments.

Discover the role of QuAK in assessing system performance and safety.

Exploring the challenges of hybrid games and the synthesis problem.

A look into monitoring techniques for reliable real-time system performance.

Analyzing the alignment of language models with traditional computational theories.

New algorithm improves analysis of regular languages and their partitions.

This article examines Watson-Crick automata and their role in analyzing circular DNA structures.

This study examines the creation of realistic chest X-rays through advanced machine learning techniques.

A new framework enhances motion generation for animations and virtual experiences.

A new tool helps users make sense of complex tree models.

A new method enhances 3D image quality using dense metric depth.

New technology offers personalized joint support through optimized brace design.

New methods enhance speed and accuracy in simulating deformable objects.

GIMDiffusion simplifies 3D generation from text descriptions using geometry images.

HiSC4D captures human movement using wearable sensors for better interaction analysis.

Learn how hidden triggers can manipulate language models and pose serious risks.

Research reveals methods to protect against side-channel attacks on FPGAs.

RTLRewriter enhances RTL code optimization, making digital circuit design more efficient.

A new method enhances hardware decompilation by recovering registers and memory blocks.

A new framework enhances chip resilience against security threats through diversity.

A method to enhance language models' efficiency and performance.

HYDRA improves deep neural network efficiency for resource-limited edge devices.

This article examines AI's growing energy needs and its implications for power systems.

Understanding the challenges faced by older adults with vision loss in smartphone adoption.

Exploring the impact of digital whiteboards on visual learning experiences.

A look at how visual proofs enhance graph property validation.

Exploring the blend of traditional design and AI in creating visualisations.

Discover how language models are changing visual data analysis.

Our study assesses how design impacts exploration in video game levels.

Nurses adapt to new challenges in remote patient care technology.

An exploration of the rise, influence, and decline of the Roman Empire.

A new library enhancing information extraction in Python.

A look at how Bi-Tuning improves recommendation systems through collaborative information.

Enhancements in QA systems for better legal document retrieval in Vietnamese.

GraphEx helps sellers find more relevant keywords for better sales.

HR departments can greatly benefit from structured data representation using Knowledge Graphs.

A new ranking platform personalizes online shopping for better customer experiences.

We analyze pooling and attention strategies in LLM-based embedding models.

A new model enhances fashion item suggestions using geometry and visual data.

A new approach to enhance connectivity for multiple devices in challenging environments.

A look at combining sensing and communication technologies for better target detection.

Discover how robots sense, learn, and act in various environments.

Learn about Plotkin construction and its role in improving error correction.

This article discusses methods to improve communication quality for eMBB and MC services.

Urban environments pose unique challenges for automotive radar system performance and reliability.

Discovering secure methods for data sharing in advanced communication systems.

HR departments can greatly benefit from structured data representation using Knowledge Graphs.

This paper discusses automated methods for transforming complex nonlinear optimization models into linear forms.

Exploring the Mason-Stothers Theorem and its significance in number theory.

Analyzing the connections between Weihrauch problems and Büchi games in computer science.

Examining how defeasible reasoning accommodates exceptions in our understanding of concepts.

A study revealing similarities between two types of modal logic.

Exploring the challenges of hybrid games and the synthesis problem.

Exploring the significance and implications of deep sets in information theory.

Learn key strategies for handling shared resources in concurrent programming.

COG improves blending of latent variables in generative models.

A deep learning model improves tremor assessment for Parkinson's disease.

Learn how model compression improves efficiency of large language models.

Exploring how LLMs can identify unusual data instances effectively.

Methods for improving decision-making speed in restless multi-armed bandits.

Large Language Models improve efficiency in medical answer evaluations.

A new approach to enhance training for retrieval models using corrector networks.

Examining how entropy regularization enhances decision-making in uncertain environments.

Analyzing the partitioning of a sphere into equal areas and its applications.

PySLSQP simplifies nonlinear programming with real-time visualization and automatic derivatives.

A new library enhances MPPI algorithms for robotics applications.

A new library improves methods for handling complex multiobjective optimization problems.

A new framework combines machine learning and PDEs for efficient scientific modeling.

Learn how quantum emulators advance research and explore algorithm performance.

Forester simplifies machine learning for R users with a user-friendly package.

Learn how the funnel method simplifies solving constrained optimization challenges.

Research reveals planning is the key challenge for web agents' effectiveness.

An overview of CTDE methods in multi-agent reinforcement learning.

A new method enhances cooperation between automated and human-driven vehicles.

This article examines how misinformation affects player behavior in various scenarios.

Research highlights how AI can support pilots in maintaining balance during flight.

Teams of robots enhance signal detection using Voronoi-based formation techniques.

Introducing CollaMamba, a model to enhance understanding in technology fields.

New strategies for agent collaboration enhance trust and efficiency in AI responses.

This framework enhances multimedia app efficiency while protecting user privacy.

LongLLaVA improves multi-image understanding for various applications.

SegTalker enhances talking face videos with realistic textures and easy editing.

HiSC4D captures human movement using wearable sensors for better interaction analysis.

Introducing a method to improve question-answering in videos with multiple events.

An overview of audio-visual speaker diarization methods, challenges, and systems.

This work enhances vision-language models through improved data strategies and innovative techniques.

A new method improves object identification in images through tailored visual and text integration.

A new approach optimizes wireless communication using Reconfigurable Intelligent Surfaces.

This article explores fast adaptation techniques for deep learning in wireless systems.

A new approach to enhance transportation systems using edge-based data management.

A practical approach to enhance ML models against adversarial inputs in network management.

Using digital twins to optimize roundabout traffic and improve vehicle communication.

A look into the future of wireless communication and energy efficiency in 6G.

AI-driven load balancing improves cloud performance and efficiency.

A new tool streamlines interplanetary communication for future space missions.

A novel approach enhances solving complex optimization challenges with discrete and continuous variables.

A new model offers energy-efficient language processing for small devices.

SNNAX simplifies and accelerates the simulation of Spiking Neural Networks for researchers.

This article discusses using sound to help robots detect obstacles.

A look into how superposition enhances neural network efficiency and complexity handling.

This article assesses the effectiveness of sparse autoencoders in knowledge representation about cities.

Exploring the impact of predictive coding on neural network learning methods.

A new method allows for easier conversion of ANNs to SNNs with less energy use.

Analyzing the partitioning of a sphere into equal areas and its applications.

PySLSQP simplifies nonlinear programming with real-time visualization and automatic derivatives.

Using low-precision posits can improve efficiency and accuracy in calculations.

A new method combines level-set and polytopic approaches for shape optimization.

New methods improve computations for differential equations involving Lie groups in quantum dynamics.

New method uses strain measurements for aerodynamic load estimation in hypersonic flight.

Learn how decoupling simplifies solving complex evolution equations.

This method improves sound wave simulation accuracy and efficiency through nodal conservation.

A look into memory allocation strategies and their importance in system efficiency.

A new approach to safeguarding system logs from unauthorized access and tampering.

A detailed look at CXL memory performance and optimization techniques.

A look at FIFO and Round Robin scheduling methods in computing systems.

GPUVM enhances GPU memory management for faster data processing.

A unified API streamlines communication with NVMe devices for developers.

EDM transforms memory disaggregation, achieving rapid data access and efficiency.

HotMem speeds up memory reclamation in serverless setups for improved performance.

A fresh approach offers deeper insights into cancer driver genes and their interactions.

Researchers create digital copies of animals for ethical and efficient studies.

Discover how DNA could change the future of data storage.

DiOMP combines PGAS and OpenMP for efficient distributed systems programming.

This article examines AI's growing energy needs and its implications for power systems.

Analyzing energy consumption in supercomputers for enhanced efficiency.

Inf-MLLM enhances efficiency in handling complex data streams with limited resources.

A new method predicts DNN performance on various hardware quickly and accurately.

Exploring the shift toward GPU-centered methods for better computing performance.

Exploring how Starlink influences video streaming globally.

nekCRF enhances combustion simulations for better efficiency and lower emissions.

InvSol enhances smart contract safety through advanced invariant creation techniques.

Learn how to approach quantum programming without the complexity.

A look at new approaches to enhance secure programming methods.

Pawns combines functional and imperative programming for safer, efficient coding.

A new method enhances hardware decompilation by recovering registers and memory blocks.

PoTo enhances static analysis for Python, improving code quality and type inference.

Transform dialect offers better control for performance engineers in compiler optimization.

A new approach to programming robots for real-time tasks in various environments.

New methods improve robots' ability to retrieve objects from cluttered environments.

Using robots and AR improves safety and efficiency in rescue missions.

Exploring blockchain technology for secure model training in robot swarms.

A safety framework ensures responsible behavior in embodied AI systems through structured processes.

Discover how robots sense, learn, and act in various environments.

Robots are improving safety by monitoring workers and their gear in real time.

This project tests lane-following methods for safer self-driving vehicle operation.

A new method enhances 3D image quality using dense metric depth.

This article compares traditional and online methods for detecting fake news.

A new method for evaluating the resilience of interdependent engineering systems.