Latest Articles for Computer Science

Explore how Voronoi cells divide space and their applications in various fields.

A look into funnel polygons, hidden sets, and convex covers.

Investigating quantum channels, error correction, and spin alignment for better information transfer.

FACE introduces innovative metrics for evaluating machine-generated language against human writing.

UniEX combines multiple information extraction tasks into a single efficient framework.

An insight into type theories and their significance for programming and data structures.

An overview of zero pronouns and their impact on language translation.

New algorithms identify truncation in normal distributions with fewer samples.

Learn how constructive proofs lead to useful computer programs and efficient computations.

High dimensional expanders connect diverse fields, revealing hidden relationships in mathematics.

A new system automatically secures programs from leaks during speculative execution.

A study on the interactions and dynamics of dimers in complex spaces.

A look at strong pseudomonads and premonoidal bicategories in programming.

An overview of constraint satisfaction problems and their complexities.

A new tool for reasoning in modal logic with improved capabilities.

SPENSER automates the creation of Spiking Neural Networks for improved image classification.

Machine learning offers a way to improve fluid simulation accuracy efficiently.

This study examines random smoothing techniques to improve machine learning model performance.

A method for grouping line segments and polylines based on distance measurement.

A new tool for evaluating data structures with real-life inspired workloads.

Qrack enhances quantum circuit simulation using classical computing techniques.

A look into the complexities of testing polynomial identities.

Learn about harmonic and skew-harmonic numbers, their properties and applications.

A look at five years of AI competitions using LOCM.

This article discusses enhancing automated reasoning tools with interactive certification protocols.

Research shows pseudo-code prompts enhance language model efficiency and clarity.

A static analysis method enhances protocol format inference for better network security.

This study examines Lagrangian descriptors as tools for chaos detection.

Exploring new methods for random sampling in complex networks.

A new method enhances language models with adaptable external memory for improved understanding.

Arax simplifies high-performance computing with its dynamic resource management for accelerators.

This work verifies the reliability of a concurrent data structure for processors.

This article discusses a new algorithm for effective multi-agent cooperation.

A new method improves predictions for large graphs while reducing memory use.

This article explores how deep reinforcement learning improves quantum gate design for better computing.

New methods improve connections between quantum systems using surface plasmon polaritons.

Learn how graph rewriting transforms data for better analysis of complex systems.

This article discusses the role of neural networks in linking R enyi and von Neumann entropies.

Investigating the complexities of equivalence in typed lambda-calculus, particularly in safe lambda-calculus.

Explore new algorithms improving speed and quality in solving linear equations.