Latest Articles for Internet Of Things

New signal framework improves efficiency and reliability in IIoT communication.

Improving device activity detection in wireless networks with GF-RA and DMLP.

Examining Two-Step Random Access and its future in 6G networks.

A new lightweight approach to enhance cyber threat sharing among IoT devices.

A new approach to improve wireless communication using intelligent surfaces.

Learn how RoCoIn improves efficiency in IoT device collaboration.

A new system enables devices to share energy and communicate efficiently.

Combining IoT and blockchain enhances privacy and security for location tracking.

Efficient wireless devices must adapt to changing conditions for better performance.

A new framework enhances how users query IoT data and classify threats.

A new framework enhances reliability in asynchronous communication systems through time management.

FedMap improves Federated Learning efficiency while ensuring data privacy.

New methods to keep real-time data relevant in connected environments.

Fluid antennas improve communication and model training in federated learning.

PUFs provide unique identities for secure communication in connected devices.

This research introduces an innovative approach to enhance energy efficiency in IoT devices using FPGAs.

Learn how data provenance enhances security in IoT systems.

This article discusses enhancing security for IoT networks using LEO satellites.

This article discusses energy harvesting and its role in real-time IoT tracking.

Improving activity recognition through local learning and new sensor technologies.

This study examines secure communication strategies in multi-UAV systems.

A new approach to secure access for multiple users on IoT devices.

Generative AI improves RF sensing capabilities, transforming data collection and analysis.

A look into the MiniFS file system and its security concerns.

This article discusses methods to improve control systems using goal-oriented data compression.

Exploring the benefits of Federated Learning for anomaly detection in IoT networks.

Innovative method enhances IoT security using artificial noise and rate-splitting techniques.

New methods for federated learning improve efficiency and privacy in IoT networks.

A look into collective remote attestation and its impact on IoT device security.

A new approach to detect anomalies in IoT devices using collaborative learning.

MCU-MixQ enhances AI model performance on microcontrollers by optimizing resource use.

SigDLA combines deep learning and signal processing for efficient IoT applications.

A new handshake design for secure IoT identity management.

Strategies to improve IoT communication and reduce delays.

A new approach enhances model training while protecting data privacy.

A study on network traffic characteristics of medical devices for better security.

Learn how NB-IoT connects multiple devices efficiently for various applications.

A new tool to improve device security for the ESP32 microcontroller.

Introducing a hybrid model for effective IoT intrusion detection.

Exploring methods to quickly identify botnet activities in IoT devices for enhanced security.