Latest Articles for Cloud Computing

A new model that helps cloud applications use serverless resources effectively.

A new system improves cloud performance and reduces costs by combining VMs and FaaS.

This article examines Natural Policy Gradient for efficient decision-making in large state spaces.

A look into how quantum mechanics enhances secure information sharing.

An overview of cloud and on-premise AI infrastructures.

A new approach to improve intrusion detection using machine learning.

A new framework enhances security and efficiency in distributed machine learning.

BoostCom speeds up comparison tasks in FHE, improving efficiency for encrypted data.

A look at service colonies and their role in modern software systems.

A guide to various Kubernetes setups and their functionalities.

A formal approach to ensure reliability in stateful dataflow systems like Apache Flink.

Examining methods to protect privacy in deep learning applications using visual information encryption.

A new decoding method enhances efficiency in image segmentation.

A tool to help developers assess and improve observability in cloud-native applications.

A new method to improve task scheduling in complex scientific workflows.

StatuScale enhances resource management for microservices, addressing sudden workload demands effectively.

A look at a new method for better resource management in microservices.

Memory encryption offers a new way to keep cloud data safe and efficient.

Examining the security aspects of WebAssembly and its vulnerabilities.

A new framework aims to reduce performance issues for latency-critical services.

A new framework enhances data security for AI applications.

A new approach to reduce tail latency in applications using a dynamic thread pool.

A simple look at how data storage systems work.

New methods tackle slow computers in cloud systems for better results.

Introducing a distributed key-value store to enhance data security in cloud environments.

Strategies for effective container image placement in cloud-edge networks.

Research focuses on making LLMs more efficient for practical use.

Burst computing improves efficiency for sudden, large-scale cloud processing tasks.

A new system efficiently manages resources in inference serving using combined scaling strategies.

A new approach to enhance anomaly detection in microservices using simulation and real user behavior.

A novel approach to enhance performance in hierarchical federated learning.

LightPHE makes it easier to protect sensitive data using homomorphic encryption.

A framework for managing power while maintaining performance in serverless applications.

StraightLine optimizes resource management for machine learning applications across diverse environments.

LocPIR enhances privacy in location-based services through advanced encryption.

Learn how to reduce expenses in cloud data analysis without compromising performance.

SMaRTT improves network performance for AI workloads using fast response and effective routing.

A new framework addresses cold starts in serverless computing through shared warm pools.

Innovative techniques protect sensitive speech data while maintaining processing accuracy.

This study explores a new method for optimizing multiple goals in self-adaptive systems.