Latest Articles for Computing

An overview of quantum networks, their challenges, and scheduling solutions.

A look into hyperdimensional computing's methods and benefits.

A system to balance workloads among actors for better data processing.

A new processing unit improves computing with posit numbers.

Scylla offers an efficient method for tackling mixed-integer optimization problems.

Autonomous quantum machines operate independently, improving efficiency in various applications.

New methods enhance speed and efficiency of language models on local devices.

Exploring how pruning and quaternions enhance neural network performance.

This study investigates quantum computing techniques for improving satellite image acquisition scheduling.

A new framework combines reinforcement learning and optimization for better task scheduling.

A new approach speeds up binary classification using GPU-based parallel logistic regression.

QPLEX connects classical and quantum resources for efficient optimization solutions.

Exploring the limits on how fast quantum systems can change states.

A new method addresses challenges in analyzing large networks using external storage.

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

Improve data sharing efficiency in parallel systems with locality-aware strategies.

A novel approach improves optimization efficiency using quantum computing.

Learn how verifiable computation builds trust in sensitive data processing.

An overview of quantum computing components and their optimization challenges.

Discover how approximate computing optimizes performance in high-performance computing.

Improving cryptographic methods for low-end devices using Plantard arithmetic.

Coupled nanomagnets could reshape future computing with innovative designs and structures.

Explore how PCMs improve optical properties in various technologies.

A new cache design boosts speed and energy efficiency in IoT systems.

Exploring the potential and challenges of Optical Neural Networks in computing.

A look into reversible computing and its relevance in system errors.

Learn the basics of quantum computing and its potential applications.

A framework designed for efficient memristor circuit simulation and energy estimation.

Researchers develop spinwave Ising machines for efficient optimization problem solving.

Hybrid systems combine analog and digital computing for better efficiency.

An overview of GPU programming models for efficient computing.

MPI Advance enhances message passing for improved computing efficiency.

Examining quantum computing's role in analyzing satellite images and complex data.

A novel approach to studying entanglement dynamics in large quantum systems.

A new method reduces time in generating text with language models.

Analog computing offers unique advantages for real-time data processing and specialized tasks.

Learn about important techniques to verify quantum computation results.

Introducing Spatz, a new compact processing unit designed for modern computing demands.

New techniques improve randomness extraction from polynomial sources, enhancing cryptographic security.

Research on samarium ferrite shows promise for future technology in magnetism.