Latest Articles for Smart Cities

ISAC combines sensing and communication for smarter technology applications.

Explore how URA improves communication in crowded networks.

Federated Learning enhances connected vehicle safety while protecting user data.

A new approach to AV localization focuses on flexibility and safety.

Exploring the imperfect shuffle model for enhanced data privacy.

A new method uses reinforcement learning to optimize traffic light management.

A new system improves vehicle-to-vehicle communication using radar and machine learning.

A new approach to accurately estimate crowd flow at urban Points of Interest.

Exploring how user density impacts device connectivity in cities.

A look at using GCNs to optimize HARQ for better data transmission.

New materials enhance vehicle visibility for better radar detection.

Combining visual data with wireless tech to improve beam training efficiency.

A new approach to improving traffic speed predictions during extreme events.

Understanding the challenges and opportunities in edge storage technology.

Exploring the role of ISAC in advancing communication and sensing technologies.

TbDd framework improves blockchain security and efficiency for IoT applications.

A method for creating applications that balance energy use and performance.

A framework that improves radio resource allocation for fast and reliable services.

A new approach enhances service delivery in fog computing for IoT applications.

A new system improves how self-driving cars communicate and cooperate on the road.

Learn how BCM-Broadcast maintains clear messaging in mobile networks.

Fluid antennas adapt to improve wireless signal quality and performance.

Using Digital Twin technology to improve urban transportation through mobility profiling.

A new framework that automates the creation of urban knowledge graphs.

A new method for effective resource management in edge-cloud networks.

Efficiently allocate resources and admit applications in shared wireless sensor networks.

A new method for intrusion detection in Wireless Sensor Networks using machine learning.

ISAC improves IoT device efficiency as we advance into 6G technology.

GPDiff offers solutions for limited urban data in smart city applications.

Advancements in wireless technology through flexible signal control.

Enhancing communication reliability with innovative channel information techniques.

A look into how Cell-Free Massive MIMO transforms mobile communication.

6G networks aim to reshape connectivity and data management through Federated Analytics.

Radar technology boosts communication systems for real-time vehicle connectivity.

New methods aim to enhance vehicle control in connected and automated platoons.

A new framework addresses bias in urban data predictions for smart cities.

New model enhances pedestrian tracking accuracy using monocular cameras.

Combining sensing and communication for efficient technology solutions.

A secure scheme for vehicle communication enhances safety and privacy.

Exploring the potential of monostatic ISAC systems in modern communication.