Computer Science

A new model improves predicting student performance in online learning.

A look into clustering methods and the exploration of clusterability.

This method enhances knowledge graphs by incorporating both positive and negative relationships.

RCMHA improves language modeling accuracy and efficiency with new techniques.

Exploring counterfactual monotonic knowledge tracing for better student assessment.

A new method improves the monitoring of underground CO2 storage.

Examining the threats posed by adversarial attacks on AI systems.

SciGraphQA provides a rich dataset for understanding scientific graphs through question-answering.

RCMHA improves language modeling accuracy and efficiency with new techniques.

SciGraphQA provides a rich dataset for understanding scientific graphs through question-answering.

CheXOFA summarizes chest X-ray reports, improving efficiency in healthcare.

A new approach simplifies working with complex data structures in machine learning.

A new framework for assessing speech translation quality and speed.

New methods enhance speech recognition accuracy, addressing common transcription errors.

Researchers enhance machine understanding of metaphors through new techniques and knowledge integration.

Introducing a framework that combines cloud memory with client models for fast writing assistance.

An overview of determinants and algebraic branching programs in complexity theory.

A look at qualitative and quantitative methods in understanding probability.

Methods to improve learning models amidst data shifts in various fields.

Study of moving tokens between minimum separators in graphs using sliding and jumping models.

Research focuses on efficient algorithms for k-factors in graph theory.

This article examines the complexity of counting the Brouwer degree in polynomials.

Research reveals complex low-energy states in fermionic Hamiltonians, challenging current quantum theories.

New methods enhance the verification of quantum random sampling outcomes using trapped ion systems.

A new method improves efficiency in solving complex electromagnetic problems.

A study on improving acoustic material design through advanced simulations.

Virtual instruments improve the accuracy of optical measurements using advanced ray tracing techniques.

Discover the impact of Piecewise Linear Activations on deep learning models.

New techniques enhance the analysis of viscoelastic beams for engineering applications.

This study evaluates how reproducible Jupyter notebooks are in biomedical research.

A look at how SHAP and CEN improve data analysis insights.

A new method improves analysis of complex genetic data.

Examining the significance of k-metrics in mathematics and computer science.

A novel approach to accurately describe and adjust distortions in 3D data.

A look at how distance measures impact various fields through curve comparison.

A study on efficiently spacing points in two-dimensional space.

Examining how committees can effectively handle candidate failures in elections.

This paper presents a novel approach for comparing complex scalar data.

Research on edge crossings in topological graphs reveals important structural insights.

A novel method improves realistic 3D models from limited data.

Investigating how markets can reach equilibrium with asynchronous actions.

Examining strategies for balancing energy management and decision-making in game theory.

Exploring how general models adapt to specific tasks through collaboration.

Explore how contracts can be structured to influence agent behavior effectively.

A look at how campaigns use data to influence district fairness.

Examining how committees can effectively handle candidate failures in elections.

Examining the impact of shared randomness on costs in network congestion games.

Examining the importance of equitable product presentation in digital marketplaces.

New methods improve mammography accuracy and lesion detection in breast cancer.

This study examines deepfake detection methods and their effectiveness against various datasets.

A new approach uses deep learning for detecting potholes effectively.

DiffSynth enhances video quality by reducing flickering and improving frame blending.

A new method uses unlabelled images and synthetic poses to track horse movements.

Dynamic token routing enhances machine image analysis and processing.

CortexMorph offers rapid and accurate measurements of cortical thickness for improved brain health assessments.

SciGraphQA provides a rich dataset for understanding scientific graphs through question-answering.

Research highlights significant racial bias in emotion recognition systems.

Examining the views of Russian citizens on the Ukraine conflict through social media.

Examining issues and solutions for better reproducibility in machine learning research.

Examining how biases in AI texts affect perceptions of nationalities.

A look into improving evaluations for agents in simulated economic scenarios.

Adjustments to MicroPython lead to better performance on CHERI platforms.

Drones improve disaster assessments and aid delivery for emergency responders.

Examining xenophobic incidents and media coverage related to refugees in 2022.

Ensuring safety in interconnected industrial control systems is crucial amidst rising cyber threats.

A new approach to enhance data privacy while minimizing communication costs.

Examining the threats posed by adversarial attacks on AI systems.

Explore an innovative defense method to enhance federated learning security.

Chrisimos changes mining by solving real-world problems instead of wasting energy.

A new method improves backdoor detection in graph data using explanation techniques.

New methods to secure federated learning against attacks while preserving user privacy.

New methods to protect machine learning from backdoor attacks using feature strength.

Discover methods for efficient testing of graph properties.

This article explores LCL problems and their complexities in tree structures.

A new method to calculate winning chances in major sports tournaments efficiently.

Chrisimos changes mining by solving real-world problems instead of wasting energy.

Explore the key concepts of graph connectivity and their applications in various fields.

Learn how 3D Hilbert encoding organizes data in three dimensions for various applications.

Matchings are key in connecting elements and optimizing resources in various fields.

Learn effective methods for scheduling jobs to improve efficiency and reduce wait times.

A new approach to querying diverse data using natural language.

WhaleVis helps track whale populations using historical data for better conservation efforts.

A new method for predicting difficulty in multi-hop question answering.

This framework helps developers find and fix bugs in machine learning models efficiently.

Understanding provenance helps ensure scientific findings are accurate and reproducible.

A model to improve data transparency in dashboards through provenance information.

A model to simplify data regulation compliance for organizations.

New system simplifies formatting rules with user examples.

New methods help in reading damaged Herculaneum papyri using technology.

This study evaluates how reproducible Jupyter notebooks are in biomedical research.

A look at how academics present co-authors on online profiles.

Introducing a structured approach to improve peer review processes in academic publishing.

Examining the relationship between handwriting changes and emotional expressions in diary entries.

A guide to enhancing knowledge acquisition from scientific papers using ORKG.

Hope shapes our lives, encouraging resilience and positive actions.

CRUISE-Screening simplifies the literature review process for researchers.

Study of signed graphs reveals new coloring methods and properties.

This article examines how networks grow through the duplication-divergence model.

Matchings are key in connecting elements and optimizing resources in various fields.

Examining the Identity and Membership Problems in Heisenberg matrices.

An overview of counting logic and its impact on graph analysis.

This article discusses properties of directed graphs and their dicoloring methods.

Learn how agents explore unknown graphs while minimizing travel costs.

A look into minimizing transportation costs using graph theory.

Explore an innovative defense method to enhance federated learning security.

This article explores LCL problems and their complexities in tree structures.

Introducing a framework that combines cloud memory with client models for fast writing assistance.

This paper analyzes challenges of colorless tasks in distributed systems.

Learn how distributed authorization improves network security and access management.

Gorilla Sandglass enhances consensus protocols in Byzantine settings with strong safety and liveness.

A new approach to cut wire lengths in circuit layout efficiently.

Learn how edge computing can maintain reliable data processing.

A new method enhances optical computing by improving training efficiency and performance.

A new framework, SerIOS, improves hardware security in optoelectronic systems.

Learn the basics of how quantum computing works.

Exploring the potential and challenges of optical neural networks using light for computation.

Optical computing uses light to offer faster processing and energy efficiency.

A fresh approach safeguards quantum code and output from unauthorized access in cloud services.

A new method enhances qubit mapping by focusing on single-qubit gates.

New quantum methods aim to improve particle track reconstruction efficiency at the LHC.

Study focuses on using CTL+Sync with One-Counter Automata for model verification.

Bridging the gap between smart models and practical decision-making for robots.

A look into omega-regular reward machines for better AI learning.

Innovative methods for testing complex pushdown reactive systems to ensure reliability.

EduSAT simplifies learning Boolean concepts with practical tools and interactive features.

An overview of matching patterns with variables in computer science.

A look into static analysis, CFL reachability, and their implications in computing.

A new approach to computing reachability probabilities in complex systems with infinite states.

A new framework for analyzing hairpin vortices reveals insights into turbulent flows.

A new method improves real-time scene rendering using 3D Gaussians for high-quality visuals.

A new method enhances gesture communication for avatars with unique hand shapes.

Discover how VR technology connects users to ocean exploration and education.

This article outlines a modern approach to converting 2D designs into detailed 3D representations.

A novel approach to accurately describe and adjust distortions in 3D data.

A study evaluates open-source and commercial tools for heart image rendering.

A model to improve data transparency in dashboards through provenance information.

Yak simplifies the design of asynchronous circuits with user-friendly features and open-source collaboration.

New designs improve efficiency and energy use in neuromorphic processors.

A new Dadda multiplier design improves speed and efficiency in digital systems.

This article examines how checkpoints improve software recovery during fault injection testing.

New SRAM design improves efficiency and security for modern devices.

Post-Quantum Cryptography develops new methods to protect data from quantum attacks.

Web 3.0 changes online interaction, giving users more control over their data.

Study reveals how chip orientation influences SRAM-based PUF performance.

A new framework for analyzing hairpin vortices reveals insights into turbulent flows.

A method that improves robot settings based on user preferences without direct scoring.

Transforming dashboards into cooperative tools for data analysis.

Study examines tactile and visual data processing effectiveness.

How generative AI tools are changing the landscape of computing education.

This article discusses how language models assist in writing data-focused articles.

New methods improve clarity and usability of complex quantum circuit diagrams.

Portrayal aids writers and scholars in character analysis and development.

A new framework aims to improve recommendations for cold items.

New approach enhances recommendations by promoting lesser-known items.

AdaptEx helps companies personalize interactions and enhance user engagement through smart algorithms.

A new method enhances speed and accuracy in recommendation systems.

Research integrates molecular graphs and text to improve property predictions.

An AI tool designed to simplify information gathering on wireless communication specifications.

New techniques improve accuracy in retrieving medical information for better healthcare.

A new system helps clinicians find important notes faster using machine learning.

A new approach to enhance data privacy while minimizing communication costs.

Learn how LRCs ensure data recovery in modern storage systems.

New methods improve tracking accuracy and efficiency in wireless networks.

New methods improve the acquisition and recovery of bandpass signals.

A study on how complexity shapes information across various objects.

OTFS modulation improves detection of fast-moving vehicles in communication systems.

Exploring new technologies and methods for efficient wireless communication.

New algorithms improve beam selection speed and accuracy in wireless networks.

A clear guide to the nature and structure of mathematical proofs.

A look into advanced logical systems and their implications across disciplines.

An overview of the Lambek calculus and its relevance in language and computation.

A look at the relationship between two logical systems.

A look into the complexity of donkey sentences and their analysis.

Basic Logic offers a flexible approach to reasoning in various fields.

Exploring the potential of qudits in quantum computing and their advantages.

New methods for improving reasoning in N3 with existential rules are explored.

A look at multicalibration and omniprediction in machine learning.

Batched prediction improves outcome assessments for groups of examples in research.

A look into clustering methods and the exploration of clusterability.

A new model enhances fish stock forecasting using machine learning techniques.

A new method improves the monitoring of underground CO2 storage.

Examining the threats posed by adversarial attacks on AI systems.

A method that reduces neural network complexity to improve verification efficiency.

Introducing Variational Inference Thompson Sampling for efficient decision-making.

Streamline causal analysis using Tetrad combined with Python and R.

Graph4J offers an efficient Java library for graph algorithms using simple structures.

Exploring new methods for efficient data storage and computation.

Discover EDOLAB, a platform for tackling changing optimization problems.

CDL aids in studying permutations and arrangements in computer and social sciences.

A study reviewing different formulations for cutting shapes efficiently.

New methods simplify complex polynomial optimization challenges for better solutions.

Combining JAX and Firedrake enhances numerical methods for solving partial differential equations.

Investigating how markets can reach equilibrium with asynchronous actions.

A look into how value extraction operates across multiple blockchains.

GraphCC enhances congestion control through real-time optimization and machine learning techniques.

Simulations help analyze how diseases spread and improve public health responses.

A look at how influence spreads through social networks.

Research improves convergence rates for average consensus in various networks.

HAMDPO improves multi-agent learning for diverse environments and tasks.

Using large language models to enhance agent-based simulations of social interactions.

DiffSynth enhances video quality by reducing flickering and improving frame blending.

A look at how Minimax Optimization enhances Spiking Neural Networks efficiency.

Jade improves video quality through user feedback and adaptive streaming techniques.

A new model recommends colors based on design elements and text.

A new method enhances gesture communication for avatars with unique hand shapes.

AVQA connects audio and visual elements in videos to answer questions.

A new method for creating realistic 3D facial animations quickly and efficiently.

New methods improve the detection of hidden messages in video files.

A new system enhances measurement-based congestion control methods for better performance.

Vehicles collaborate to optimize performance using innovative task processing methods.

A focus on trustworthiness in AI systems for reliable 6G communications.

Learn how the QD-RT method improves signal analysis in crowded urban environments.

Learn how distributed authorization improves network security and access management.

Jade improves video quality through user feedback and adaptive streaming techniques.

This paper discusses new methods to enhance 360-degree video for VR and non-VR users.

This document presents efficient methods to ensure message integrity in industrial control systems.

Study highlights methods to improve reservoir computing performance in complex predictions.

New designs improve efficiency and energy use in neuromorphic processors.

Discover the impact of Piecewise Linear Activations on deep learning models.

Researchers use deep learning to improve turbulence models in fluid dynamics.

A framework that enhances algorithm performance comparison through visual insights.

Combining DNNs and SNNs with homomorphic encryption to ensure data privacy.

FeatGeNN innovates feature generation, enhancing machine learning model performance.

Exploring the potential of Natural Evolution Strategies in variational inference models.

A new method improves efficiency in solving complex electromagnetic problems.

New methods improve understanding of fluid dynamics in porous materials.

A new method improves the monitoring of underground CO2 storage.

This article discusses how MPTs improve metal detection accuracy and efficiency.

This article introduces a method for aligning closed curves in two-dimensional space.

A study on improving acoustic material design through advanced simulations.

This article discusses methods for solving complex reaction-diffusion systems numerically.

Explore the significance of waveguides in communication and sound technology.

Addressing the need for accurate sustainability in data centers.

Introducing a framework for better application isolation and resource sharing.

Analyzing issues in predicting future actions in ongoing processes.

Learn how compartmentalization improves software security by limiting access and interaction.

A new method for efficient data sharing between cloud functions.

This article reviews Linux API usage in various applications and highlights key findings.

A look at new systems improving insulin delivery and blood sugar monitoring.

A look into the advancements and challenges in modern storage systems.

A clear overview of work systems, their components, and management challenges.

A tool combining Selenium and JUnit 5 to streamline web application testing.

Examining risks and impacts of modded apps on users and developers.

Examining the links between living brains and computer systems.

Innovative methods aim to improve parking management in busy cities.

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.

Industry and academia unite for better biomedical data processing.

Study analyzes CrUX dataset to improve web user experience metrics.

Explore a new method for efficient storage of sparse matrices to enhance performance.

Enhancing data pipelines can improve deep learning recommendation systems' performance.

Learn how to measure the effectiveness of digital advertising campaigns.

Research shows column-stores improve recursive query performance significantly.

A look into best practices for improving system reliability under load.

A framework to accurately measure energy use in deep learning systems.

Adjustments to MicroPython lead to better performance on CHERI platforms.

A systematic method for creating and manipulating non-wellfounded syntax in programming languages.

Web automation becomes easier with a system that learns from user actions.

Streamline causal analysis using Tetrad combined with Python and R.

A new type system aims to prevent data races in programming.

A new tool empowers users to understand AI decisions through counterfactual explanations.

Introducing a teaching language for discrete mathematics with a focus on functional programming.

Modular design enhances the efficiency and scalability of program synthesis.

As robots become common, privacy concerns around their use are rising.

This system uses robots to efficiently transport objects in various directions.

A new system improves the handling of crumpled cloth using advanced techniques.

Examining the role of trust between users, robots, and deployers.

A method that improves robot settings based on user preferences without direct scoring.

New methods help robots interact safely with their surroundings.

Improving unmanned surface vessel navigation using advanced image processing techniques.

Innovative robots to autonomously open various types of doors.

Examining the views of Russian citizens on the Ukraine conflict through social media.

A new method improves backdoor detection in graph data using explanation techniques.

How the pandemic changed our connection to nature.

A new method for identifying balanced butterflies in complex relationships.

This study examines how background affects language use in England and Wales.

New methods aim to tackle online toxicity using prompt learning techniques.

Focusing on training data selection can strengthen node classification systems.

A quick algorithm identifies fake accounts before they can cause harm.

Ensuring safety in interconnected industrial control systems is crucial amidst rising cyber threats.

A method that reduces neural network complexity to improve verification efficiency.

A toolchain for enhancing data usage visibility among employees.

A look at cumulative and quadratic voting for better community budget decisions.

A study on the current state of open-source ML product development.

DroidDissector helps researchers identify Android malware effectively using static and dynamic analysis.

WinkFuzz enhances kernel fuzzing by analyzing system call dependencies for better security testing.

A new model combines classical and quantum techniques to enhance steam flow predictions.

A study on improving vocal sound reproduction through advanced synthesis techniques.

VampNet transforms music processing through innovative token modeling techniques.

Affordable wearable technology for individuals with hearing loss.

A new model improves timing accuracy for lyrics in music applications.

A web-based synthesizer that allows users to create music using simple gestures.

A study on AI's role in generating progressive metal music.

A model that creates guitar tablature reflecting famous guitarists' styles.

Exploring the potential of self-supervised learning in music information retrieval.

This article examines conditional obligations and their significance in ethical reasoning.

Combining machine learning with reasoning to improve decision-making capabilities in dynamic environments.

Language agents merge AI and decision-making for real-world tasks.

FMplex improves the efficiency of solving linear equations and inequalities.

Study of yeast kinases sheds light on cell signaling.

Exploring the need for safety and trust in AI systems.

LogicMP improves neural networks by integrating logical reasoning for better predictions.

JABBA enhances time series data analysis through consistent symbols and parallel processing.

Study of electrical signal behaviors in Josephson transmission lines reveals insights on shock waves and kinks.