Latest Articles for Smart Devices

Explore how transparency in smart home devices impacts privacy and user trust.

Learn how Distributed Collective Processes enhance teamwork among smart devices.

Exploring a new approach to enhance machine learning data privacy.

This article explores new wireless technologies to improve connectivity for users.

Fluid antennas adjust in real-time, improving wireless communication efficiency in small devices.

New models adapt to improve speech recognition efficiency and responsiveness.

A new approach assesses audio quality using multiple microphones in various environments.

A new system enables faster CNN training on devices with limited memory.

Exploring the advancements and challenges of the upcoming 6G wireless communication technology.

A new approach combines language models with context-aware human activity recognition.

A look at enhancing location accuracy in smart devices using Wi-Fi and machine learning.

Explore how IRSs improve IIoT performance through THz communication.

Discover how zero-energy devices reshape connectivity without traditional power sources.

Research focuses on optimizing transformers for small devices with limited resources.

Discover how UWB technology enhances proximity services and user experience.

A framework using agents empowers users to manage IoT security and privacy preferences.

Discover how RIS technology enhances indoor positioning accuracy and communication.

A new method combines traditional techniques with neural networks for better sound localization.

A novel approach to enhance acoustic sensing without compromising audio quality.

A look at the future of wireless networks through ISAC technology.

New techniques improve communication by detecting preamble collisions effectively.

A new framework enhances evaluation of federated learning algorithms across diverse applications.

AARIS technology boosts communication through UAVs, overcoming traditional network challenges.

CDC-MMPG framework enhances AI personalization and efficiency for smart devices.

A new method ensures privacy while gathering useful data from smart devices.

Research on near-field beamforming aims to improve wireless communication systems.

New MDJCM method improves data transmission efficiency and reliability.

A new dataset generates real-time action suggestions for egocentric video viewers.

AI enhances network connections for smart devices in the 6G era.

A plan to bolster the electricity grid's resilience and reliability amid emerging digital risks.

Learn how RoCoIn improves efficiency in IoT device collaboration.

Exploring the integration of UAVs in THz mobile edge computing systems.

A new method for creating high-performance, flexible electronic devices using advanced materials.

EON-1 chip offers efficient real-time AI learning for battery-powered devices.

Local Differential Privacy enables secure data sharing while protecting individual user information.

Fluid antennas improve communication and model training in federated learning.

Exploring the synergy between communication and sensing using mmWave systems.

New methods improve energy efficiency for CNNs on STM32 microcontrollers.

AFIND+ improves decentralized federated learning by optimizing neighbor selection and update aggregation.

New intelligent surfaces improve sensing capabilities for self-driving cars and smart devices.