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Found 9 papers, 0 papers with code
Facilitating URLLC vis-á-vis UAV-Enabled Relaying for MEC Systems in 6-G Networks
In this article, we consider UAV-enabled relaying for MEC systems for uplink transmissions in 6-G networks, and we aim to optimize mission completion time subject to the constraints of resource allocation, including UAV transmit power, UAV CPU frequency, decoding error rate, blocklength, communication bandwidth, and task partitioning as well as 3-D UAV positioning.
Edge-computing
Hardware Architecture
Securing the Future: Innovations in Privacy-Preserving Integrated Sensing for Industrial Cyber-Physical Systems
In the rapidly evolving landscape of intelligent mobile devices and the impending 6G networks, the Integrated Sensing Digital Framework (ISDF) emerges as a transformative force within the Internet of Things (IoT), offering unprecedented opportunities for real-time data collection.
Evolution of MAC Protocols in the Machine Learning Decade: A Comprehensive Survey
Furthermore, we provide an overview of the ML techniques that have been considered in this context.
Intercell Interference Coordination for UAV Enabled URLLC With Perfect/Imperfect CSI Using Cognitive Radio
Furthermore, in general, the proposed UAV-sensing assisted ICIC and perfect ICIC algorithms yield better performance when compared to conventional ICIC for both uplink and downlink for the single and multi-UAV frameworks.
Fairness
Hardware Architecture
Opportunities for Intelligent Reflecting Surfaces in 6G-Empowered V2X Communications
This paper first describes the introduction of 6G-empowered V2X communications and IRS technology.
Facilitating URLLC in UAV-assisted Relay Systems with Multiple-Mobile Robots for 6G Networks: A Prospective of Agriculture 4.0
Moreover, this paper employs perturbation theory and studies the quasi-optimization of the UAV’s location, height, beamwidth, and resource allocation, including time-varying power and blocklength for the two phases of transmission from the controller to UAV and from UAV to robots.
Hardware Architecture
URLLC-enabled by Laser Powered UAV Relay: A Quasi-Optimal Design of Resource Allocation, Trajectory Planning and Energy Harvesting
The proposed method yields optimal blocklength allocation and power control for the two transmission phases, i. e., from the source node to the UAV and from the UAV to the robot acting as a ground station.
Position
Trajectory Planning
Hardware Architecture
Quasi-Optimization of Uplink Power for Enabling Green URLLC in Mobile UAV-Assisted IoT Networks: A Perturbation-Based Approach
Efficient resource allocation can maximize power efficiency, which is an important performance metric in future fifth-generation (5G) communications.
Position
Hardware Architecture
Quasi-Optimization of Distance and Blocklength in URLLC Aided Multi-Hop UAV Relay Links
Achieving ultra-high reliability for short packets is a core challenge for future wireless communication systems, as current systems are designed only to transmit long packets based on classical information-theoretic principles.
Hardware Architecture
