Latest Articles for Computer Science

Quantum walks enhance movement and probability on graphs for advanced computing applications.

A look into how data types organize and manipulate information.

A look into the complexities of rational relations in computer science.

An overview of integer partitions and their sampling methods using the Boltzmann distribution.

New algorithms optimize sorting for string data in various applications.

This article reviews findings on giant components in high-dimensional networks.

A look into how GNNs analyze graph data effectively.

A new method for program synthesis improves efficiency using dual reasoning approaches.

This article explains interval temporal logic and its significance in representing time.

A look into the connections between algebraic varieties and finite groups.

A look into symmetric geometric rank and its significance in data analysis.

A look at game strategies balancing long-term goals and short-term results.

Examining the role of null vectors in graph structure and properties.

Explore key operations and applications of multidimensional matrices across various fields.

Explore the interactions of points and lines in geometry and their implications.

New algorithm offers efficient solutions for 2-MAXSAT challenges in optimization.

A new approach improves the simulation of spin models using modern programming techniques.

This article examines how ML and XAI improve symbolic computation methods.

A fresh method tackles complex polynomial equations in cryptography.

New techniques are improving error correction in communication systems.

A new method to quickly provide answers for incomplete bug reports.

Examining decreasing measures to prove strong normalization in lambda calculus.

Discover the benefits of Hyperdimensional Computing and its HDC Compiler for efficient tasks.

Explore edge coloring techniques under memory constraints and their real-world applications.

Exploring the significance of trees in addressing complex problems in computing.

A look at using Monte Carlo Tree Search to address vertex coloring challenges.

Exploring pseudorandom structures and their implications in logical frameworks and complexity.

Exploring the decidability of intuitionistic modal logic and its implications.

An overview of how relations shape data analysis in computer science.

Exploring critical curves and orbits in symbolic dynamics.

Introducing a framework to simplify DL and HPC kernel development for various CPU systems.

A new model improves predictions for gas absorption in porous materials.

Structured pruning enhances pretrained models for various tasks with lower computational needs.

An innovative approach to creating interpretable graphs through algorithmic search.

A novel approach for better classification in graph neural networks.

A novel method improves finding vertex-disjoint paths in graph theory.

A look into arboreal categories and their role in mathematical structures.

New models enhance understanding of complex relationships in data analysis.

Examine tensor fields and their applications using momentum ray transforms.

Exploring quantum computing methods to improve network communication and problem-solving.