Latest Articles for Performance Optimization

CARIn framework adapts deep learning models for optimal performance on mobile devices.

This paper addresses control-flow leakage threats and proposes a new hardware-software approach.

A look into memory allocation strategies and their importance in system efficiency.

New method improves safety and performance in autonomous technologies.

This study tests riblets on hydrofoils to reduce drag for smaller vehicles.

A new method predicts DNN performance on various hardware quickly and accurately.

This article explores how sample size impacts neural network performance through loss landscapes.

Learn how data shapes algorithm performance through tuning and real-time adaptation.

A look at how LFRic performs on different supercomputers for weather predictions.

A new framework improves learning efficiency in online continual learning.

Innovative use of LUTs enhances FPGA performance for deep learning tasks.

CAMP improves memory use in apps, ensuring smooth operations.

A new framework enhances scheduling efficiency in NUMA systems for faster query processing.

Discover how TraDE ensures efficient microservice management amidst changing demands.

A new approach to ORAM enhances data security and efficiency in memory access.

Tree structures improve language model efficiency and organization.

A new method speeds up AI processing without losing accuracy.

A new model helps predict when athletes can return after injuries.

Exploring how air patterns affect turbine efficiency and performance.

OMP4Py enhances Python's performance for parallel computing with easy-to-use directives.

Exploring the transition from blocking to asynchronous I/O methods.

Learn how coded computing enhances matrix multiplication speed and efficiency.

Learn how to identify and fix CPU performance issues without deep technical knowledge.

Learn how to identify standout data points using skyline tuples and grid resistance.

Learn how caching improves product recommendations on online stores.

MQMS transforms GPU-SSD systems for faster data processing.

How Mixture-of-Experts architecture boosts performance in language models.

Learn how better trace analysis can simplify troubleshooting in complex systems.

Phaedrus enhances software profiling, improving efficiency and performance.

Discover how neural scaling laws impact AI performance and learning.

Revolutionize application performance with Distributed Speculative Execution.

Learn how multi-striding optimizes memory access for faster computing.

Learn how the Translation Lookaside Buffer improves computer memory access speed.

This study presents techniques to improve loop performance in programming.