Low-altitude intelligent fusion and communication base station hybrid energy

Tags: Lowaltitude Intelligent Fusion

W13: ISCCC for Low-Altitude Intelligent Networking

This half-day workshop will explore cutting-edge innovations and practical solutions for ISCCC in low-altitude intelligent networking.
Low-altitude intelligent transportation: System architecture

This study provides a systematic framework and technical guidelines for the future development of low-altitude intelligent transportation, supporting continuous innovation, and
Secure and Intelligent Low-Altitude Infrastructures: Synergistic

By leveraging IoT for pervasive sensing and connectivity, AI for intelligent perception and autonomous control, and blockchain for DID, immutable auditability, and automated trusted services,
CALL FOR PAPERS

Multi-Model ISAC serves as a cornerstone technology, requiring co-designed algorithms, protocols, and hybrid architectures tailored to low-altitude networks. Converging advances in ultra-reliable low
Integrated Sensing and Communications for Low-Altitude

The simulation results verify that the proposed scheme can significantly improve the sensing performance of the UAVs and ensure communication quality with base stations.
ZTE''s Integrated Sensing and Communication Solution Helps Low-altitude

Leveraging the networking characteristics of base stations, ZTE provides high-speed and reliable communication networks with stable, continuous, seamless coverage for low-altitude areas.
Integrated Sensing and Communications for Low-Altitude Economy: A

To enable efficient learning in episode tasks, we develop a hierarchical experience replay mechanism, where the gist is to employ all experiences generated within each episode to jointly train
Low-Altitude Wireless Networks: Sensing, Connectivity, and Agentic

Urban air mobility, drone-based logistics, public safety, and emergency response applications powered by agentic intelligence. Integration of LAWNs with terrestrial, maritime, and satellite networks for
Hybrid-RIS-Assisted Cellular ISAC Networks for UAV-Enabled Low

Abstract: This paper investigates cellular base station (BS)-enabled wireless systems featuring downlink integrated sensing and communications, a critical enabler for the low-altitude