Latest Articles for Computing

STaKTAU tool simplifies performance measurement for HPC applications interacting with the operating system.

A new method enhances data compression for scientific studies, improving efficiency and storage.

A look at two key platforms in quantum computing and their potential.

A new memory system combines RAM and ROM for enhanced performance in devices.

Researchers enhance particle simulations using various programming models for better performance.

GeSbTe’s phase change capabilities enhance memory device performance and efficiency.

Discovering improvements in ferroelectric materials to enhance electronic devices.

New structures enhance reliability in quantum computing by addressing photon loss challenges.

A look into scheduling flexible tasks in computing systems for optimal performance.

New Ising machines improve problem-solving speed and efficiency for complex logical challenges.

A new GPU-based GEMM design offers speed and real-time error correction.

New skyrmionic devices offer flexible solutions for advanced computing systems.

Research into SHNOs offers promising advancements for computing and communication technologies.

Researchers aim to replicate evolving systems in artificial life through innovative simulations.

A look at how QB-QAOA improves optimization in quantum computing.

A look into history-deterministic vector addition systems and their applications.

Exploring how hardware acceleration improves edge computing performance.

Researchers integrate NV centers with photonic platforms, boosting quantum tech potential.

Using quantum computing to evaluate financial risks in energy economics.

EBISU optimizes stencil computations on modern GPUs for better performance.

A simple analogy for grasping quantum mechanics and computing principles.

Learn about the key components and principles of electrical circuits.

A new method speeds up Y-mixer design using TetraOpt and quantum computing.

A new compiler approach streamlines matrix multiplication for various hardware setups.

A look at performance modeling and its role in deep learning systems.

An in-depth look at encoding methods for discrete quadratic models.

Exploring the potential of the quantum Internet and its impact on communication.

This article explores improvements in quantum communication through purification and coding methods.

A new method improves GPU task synchronization for machine learning models.

Researchers tackle noise challenges in quantum computing for reliable results.

A new method for scaling serverless functions efficiently in edge networks.

IMBUE architecture enhances machine learning efficiency using ReRAM technology.

OLSS offers a faster method for creating high-quality images using diffusion models.

Hydro project aims to simplify programming for distributed systems.

Exploring the significance and potential of magnetic skyrmions in technology.

A look at how quantum communication outperforms classical methods in multi-party computations.

Combining quantum and edge computing for faster and more efficient applications.

New methods seek to improve quantum computing reliability through error correction.

Explore how quantum learning machines operate and their potential benefits.

Discover how monogamy shapes quantum systems and their applications in technology.