Computer Science

A new method combines NLP and IRT to enhance ESG scoring accuracy.

Introducing DUCD, a privacy-focused method to protect DNNs from adversarial attacks.

This study analyzes how language models share knowledge in different languages.

A method to visualize and understand AI decisions in time series data.

New system enhances air-ground robot performance in dynamic environments.

Innovative methods improve beamline alignment efficiency in synchrotron facilities.

Learn the key elements of writing a successful research paper.

Researchers use MeshGraphNets to improve fluid dynamics simulations efficiently.

This study analyzes how language models share knowledge in different languages.

SpaMo improves sign language translation by focusing on visual features.

Learn the key elements of writing a successful research paper.

O-HuBERT enhances speech recognition by separating content and expressive information.

A new quantum system enhances the processing of natural language.

Introducing alterfactual explanations to enhance AI model transparency.

This study presents a method for choosing machine learning models and datasets.

Innovative framework enhances clarity in medical document summaries.

Using quantum annealing to group LEO satellites for better communication.

This research explores solutions to polynomial equations and their implications in mathematics.

A simplified look at CSPs and the impact of additional constraints.

Introducing character complexity to improve quantum circuit analysis and algorithm design.

Channel allocation strategies for improving performance in Wi-Fi networks.

New techniques improve approximations for challenging CSP instances.

A guide to the concepts of tensor rank and subrank.

A look at simplicial complexes and their applications in mathematics and decision-making.

Examining how millimeter-wave radiation can lead to skin injuries.

A new approach for generating controlled financial market scenarios.

A new method combines manifold learning with model order reduction for efficiency.

StockTime combines numerical and textual data for better stock predictions.

ProteinGPT simplifies protein study through an interactive chat system.

Embedding indicators in structures can alert to overload situations, enhancing safety.

A framework for fair pricing in smart home cyber insurance.

A new neural network, STAResNet, offers improved solutions for electromagnetic field predictions.

This article discusses critical geometric challenges in robotics and automation.

CPE-MFA offers a new method for efficient critical point extraction in large datasets.

A new approach using Cayley coordinates enhances volume calculations in molecular science.

A look into optimizing routes for watchmen to ensure complete area coverage.

Discovering new methods for creating 3D shapes from cross-sections.

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.

A new method aims to make high school scheduling fairer for all students.

Examining how players adapt strategies with different amounts of information.

This study examines improving committee elections using ranked preferences and minimal distance information.

New methods improve decision-making in group settings using probabilistic models.

An overview of logistics challenges in competitive scenarios.

Examining no regret strategies in two-player Stackelberg games for improved decision-making.

A new approach to CFR enhances speed for large games using GPUs.

Exploring how collaboration can improve outcomes in congestion games.

New methods improve video segmentation accuracy and efficiency for various applications.

New system enhances air-ground robot performance in dynamic environments.

SpaMo improves sign language translation by focusing on visual features.

MUSE improves video retrieval accuracy through multi-scale feature learning.

Kalib simplifies robot calibration without physical markers, improving accuracy and efficiency.

A new model predicts CST integrity from CT scans for stroke recovery.

A new method improves semantic segmentation by tackling class imbalance in 3D data.

NutrifyAI simplifies diet tracking through food recognition and personalized meal suggestions.

Innovative framework improves environmental impact analysis of electronic components.

A new dataset helps identify anxiety and depression in teenagers using AI.

A study reveals stakeholder insights on improving RAI artifacts for better AI governance.

This project uses technology to analyze Chile's historical events through structured data.

Understanding the EU AI Act and its implications for AI development and compliance.

A new approach to understanding beliefs through online debate data.

Analyzing how comments are ranked and viewed by journalists and readers.

Investigating the impact of appearance bias in AI systems.

Introducing DUCD, a privacy-focused method to protect DNNs from adversarial attacks.

Examining copyright issues with machine learning in content generation.

A new algorithm enhances audio security by embedding hidden messages in a less detectable way.

Exploring confounding privacy and its role in protecting sensitive information.

A new method improves detection of harmful prompts in language models.

An advanced system for securing hidden data in images using quantum and classical methods.

CIPHER model enhances penetration testing efficiency and supports cybersecurity efforts.

Innovative algorithms for counting distinct items while ensuring data privacy.

Discovering methods to optimize binary matroids through effective algorithm design.

Innovative algorithms for counting distinct items while ensuring data privacy.

A look at Binary Search Trees and Huffman trees under uncertainty.

This article presents an algorithm for creating consensus clusterings from various graph partitions.

This article discusses recovering probability distributions from noisy measurements using Chebyshev polynomials.

SparseGPT improves the speed and efficiency of large language models through parameter pruning.

New methods improve efficiency in solving complex computational problems.

Exploring random walks on the associahedron and their mixing times.

A guide to aligning business practices with the EU Taxonomy for sustainability.

EHL* optimizes memory use while quickly finding shortest paths in complex environments.

A novel method to enhance data discovery and analysis for better predictions.

A look into the complexities of identifying candidate keys in database design.

A new framework optimizes queries across relational and graph data.

A new method combines logic and machine learning for better SQL queries.

Using knowledge graphs to analyze event logs can improve process efficiency.

TAG improves how natural language questions are answered using databases.

A study of collaboration in Data Mining and Software Engineering.

Tabulapdf simplifies data extraction from PDF tables for users in various fields.

Researchers develop techniques to produce lyrics without copyright issues.

A new method improves parsing of complex historical documents.

This study examines how language models enhance OCR outputs for historical newspapers.

This study examines the effectiveness of LLMs in musicology and their reliability.

This project enhances text correction in Bulgarian historical documents using OCR technology.

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

Using quantum annealing to group LEO satellites for better communication.

Discovering methods to optimize binary matroids through effective algorithm design.

Study of connections in networks through random geometric graphs.

An overview of digraphs, their cycles, and the concept of period.

A look into Woodall's conjecture and its significance in planar graphs.

Learn how to determine fair meeting spots using graph centers and centroids.

Exploring the complexity of dividing graphs into two connected groups.

Channel allocation strategies for improving performance in Wi-Fi networks.

A new approach to detect machine issues without compromising data privacy.

A new algorithm improves efficiency in matrix multiplication for sparse data.

HoSZp allows efficient computations on compressed scientific data, improving analysis workflows.

Discovering methods to optimize binary matroids through effective algorithm design.

The Quad GH200 supercomputer optimizes data flow for enhanced performance.

This article covers a system that manages communication between processes using sandboxes.

A new system enhances performance for resource-heavy language models.

This research explores how blockchain can improve IoT service monitoring.

Introducing SAM-SP, a model enhancing image segmentation with less expert guidance.

Exploring the efficiency of Photonic KAN in artificial intelligence and computing.

New research on Quantum Energy Teleportation shows improved energy transfer efficiency using three qubits.

This research explores how blockchain can improve IoT service monitoring.

Understanding SLAs for better IoT service quality.

New techniques in NV magnetometry enhance magnetic field measurement accuracy and efficiency.

A new approach to building accessible virtual spaces using WebXR and A-Frame.

Creating open access to data empowers communities and drives progress.

Discover how Cyber-Physical Systems improve efficiency across various industries.

Learn how configuration monitoring reveals system settings through behavior analysis.

A new method improves process models by incorporating expert rules.

Streamlined systems for improved interactions between humans and machines.

This article explores how attractors influence system behavior over time.

Discover how stochastic L-systems simulate realistic plant growth patterns.

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

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

New interactive system enhances material analysis through combined imaging methods.

A new method enhances accuracy in counting objects in generated images.

New methods improve plasma emission visualization and property recovery in fusion studies.

A new method to analyze causal graphs for better healthcare insights.

A new method to analyze changing shapes of tree-like structures over time.

A new approach improves the design of surfaces that control light patterns.

Learn efficient methods for rendering glints on shiny surfaces using area lights.

McGrids enhance iso-surface extraction for complex 3D modeling.

Takum arithmetic offers improved precision and efficiency over traditional systems.

Virgo architecture improves GPU efficiency, performance, and power consumption.

Seeker improves data processing in energy-harvesting sensors for efficiency.

A system measures WiFi antenna orientations to enhance location tracking indoors.

A look into efficient AI using SNNs and IMC technology.

A new framework improves Vision Transformers' energy efficiency for AI applications.

Skeia tackles shadow branches to enhance instruction fetching efficiency.

Exploring the potential of SNNs for efficient processing.

Explore how interactive methods improve model transparency in time series analysis.

A look into shared control systems for improved robot-user interaction.

A study reveals stakeholder insights on improving RAI artifacts for better AI governance.

Learn how AI and what-if analysis transform predictive maintenance strategies.

Research highlights the physical fitness gap in esports players compared to university students.

This study examines ways to improve cluster detection in graphical visualizations.

Examining the treatment of data workers in AI and its impact on fairness.

Personalizing audio descriptions can enhance the viewing experience for blind and low-vision individuals.

CoRA enhances recommendation systems by integrating collaborative features into language models.

A new method improves dense retrieval systems' adaptability and performance.

This framework enhances forecasting accuracy using language models and real-time data.

This study aims to improve QA systems for languages with limited data.

Addressing the impact of missing information in recommendations.

An overview of crucial characteristics in recommendation systems and their impact on performance.

A new model enhances efficiency and accuracy in recommendation systems.

This article presents an algorithm for creating consensus clusterings from various graph partitions.

New methods in error correction improve data recovery from deletions.

This article examines communication and feedback in decision-making scenarios.

A new method for efficient entanglement distribution in quantum networks.

This framework enhances how we understand and share images.

New GMM-based pilot design enhances channel estimation in wireless systems.

Combining quantum and classical approaches to improve communication systems and beamforming.

New methods aim to improve mobile communication efficiency using machine learning.

New methods improve UAV signal mapping in complex urban settings.

Exploring how groups maintain beliefs amid differing opinions.

A framework combining AFT and Category Theory for higher-order logic applications.

A new method enhances the efficiency of logic programs in AI.

Explore how verification and synthesis improve software reliability in complex systems.

Learn how decision theory and logic improve choices in uncertain situations.

A look at using barrier certificates for safer quantum circuit verification.

Exploring the impact of positive equality-free logic on model-checking methods.

A deep dive into probabilistic programming for handling uncertainty in various applications.

Introducing DUCD, a privacy-focused method to protect DNNs from adversarial attacks.

CoRA enhances recommendation systems by integrating collaborative features into language models.

Methods using hypernetworks excelled in predicting asset returns in recent competitions.

Explore how interactive methods improve model transparency in time series analysis.

A method to visualize and understand AI decisions in time series data.

Innovative methods improve beamline alignment efficiency in synchrotron facilities.

An overview of the merging of quantum computing with graph neural networks.

Exploring the relationship between neural networks and spin models during training.

ideal.II makes using space-time methods in deal.II easier for engineers and scientists.

A new tool to improve predictions using deep learning and data assimilation techniques.

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.

Using quantum annealing to group LEO satellites for better communication.

A new approach enhances teamwork and decision-making in decentralized robot systems.

MEDCO enhances medical education through interactive, teamwork-focused learning.

New methods improve decision-making in group settings using probabilistic models.

A new method enhances warehouse operations by combining task assignment and path finding.

A novel approach to locate multiple sources in 3D space using TDOA measurements.

VIRIS helps assess and reduce airborne disease risks in indoor spaces.

A framework to improve expert contributions in agent-based models.

StyleSpeech advances TTS systems by capturing natural speech nuances.

Cap2Sum uses dense video captions to improve video summarization efficiency and effectiveness.

MaVEn enhances AI's ability to process multiple images for better reasoning.

AI is reshaping how music is composed and experienced.

A new method improves emotion recognition in conversations using multiple data sources.

Introducing RMARN: an innovative approach to connect text and 3D data.

A new method transforms text into detailed 3D scenes seamlessly.

A new approach to building accessible virtual spaces using WebXR and A-Frame.

Affordable wireless solutions for energy-efficient smart buildings.

Seeker improves data processing in energy-harvesting sensors for efficiency.

A system measures WiFi antenna orientations to enhance location tracking indoors.

This framework enhances how we understand and share images.

A framework for assessing the security of SDN systems in data centers.

This research explores how blockchain can improve IoT service monitoring.

Understanding SLAs for better IoT service quality.

Innovative loss function improves CQI prediction accuracy in dynamic 5G environments.

A look into efficient AI using SNNs and IMC technology.

A new algorithm improves brain activity estimates in complex noise environments.

A new method simplifies how we assess model uncertainty in predictions.

Explore the complex journey of how we see colors.

Exploring polynomial neural networks and their applications in various fields.

Discover how neuromorphic computing mimics brain learning for efficient machine intelligence.

Innovative architecture enhances efficiency in deep learning through optical computation.

A new model improves accuracy of wind speed predictions in challenging landscapes.

A new approach improves error estimation in complex numerical analysis with generalized gradients.

Learn how scientists simulate glacier behavior to predict climate impacts.

Researchers use MeshGraphNets to improve fluid dynamics simulations efficiently.

A look at boundary integral methods for heat transfer applications.

Latest improvements in FIAT boost efficiency and accuracy in simulations.

A new method improves ptychography image quality and speeds up reconstruction.

A new approach to manage uncertainties in renewable energy production.

Learn how RSVD simplifies large datasets efficiently.

This article covers a system that manages communication between processes using sandboxes.

A new split OS design enhances cloud application performance and resource management.

Learn how explicit speculation boosts storage efficiency in applications.

CyberCortex.AI revolutionizes robot communication and efficiency in various fields.

FlexBSO enhances virtual storage efficiency, flexibility, and performance using advanced SmartNIC technology.

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 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.

Exploring communication methods within multi-GPU supercomputers for enhanced performance.

New methods enhance the efficiency and accuracy of weather predictions.

TINA makes signal processing easier on neural network hardware.

A comprehensive tool for evaluating high-performance computing systems.

A new method helps identify performance issues in complex software systems.

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.

Enhancing OpenMP testing through CI/CD for better software performance.

A new toolchain improves memory safety for WASM applications using modern hardware.

Learn how to craft specifications for programs with complex behaviors.

Learn how to analyze heap memory for better program performance.

This paper discusses the importance of generating diverse code solutions.

A new method improves translation across multiple programming languages.

Learn to create efficient data structures for concurrent programming environments.

Galley simplifies programming with sparse tensors, enhancing efficiency and performance.

New system enhances air-ground robot performance in dynamic environments.

New control strategies improve robot learning and safety in manufacturing.

Kalib simplifies robot calibration without physical markers, improving accuracy and efficiency.

A look into shared control systems for improved robot-user interaction.

Combining local and global descriptors enhances the precision of visual localization.