Uplink and downlink decoupled 5g/b5g vehicular networks: A federated learning assisted client selection method
Owning to the powerful support of 5G/B5G technologies, it is promising that, in a vehicular
network, the ever-increasing demands for artificial intelligence applications along with …
network, the ever-increasing demands for artificial intelligence applications along with …
End-to-end delay bound for wireless uVR services over 6G terahertz communications
R Fantacci, B Picano - IEEE Internet of Things Journal, 2021 - ieeexplore.ieee.org
The forthcoming sixth-generation (6G) network technology will trigger tremendous changes
across several application scenarios and even in the way we work, communicate, and, more …
across several application scenarios and even in the way we work, communicate, and, more …
Martingale-Based URLLC Slice Customization for the Provisioning of Reliability With Regard to End-to-End Latency
End-to-end (E2E) reliability provisioning is critical for network slice customization.
Leveraging martingale theory, we construct an analysis framework of the reliability with …
Leveraging martingale theory, we construct an analysis framework of the reliability with …
Edge-based virtual reality over 6G terahertz channels
R Fantacci, B Picano - IEEE Network, 2021 - ieeexplore.ieee.org
Recent advances in networking and computing technologies have led to an increased
interest in considering computation and communication in a joint and distributed mode …
interest in considering computation and communication in a joint and distributed mode …
Human-in-the-loop virtual reality offloading scheme in wireless 6G Terahertz networks
B Picano, R Fantacci - Computer Networks, 2022 - Elsevier
Upcoming sixth-generation networks have to be carefully designed to offer support to a wide
range of human-centric applications, typically computationally intensive and heavily …
range of human-centric applications, typically computationally intensive and heavily …
Optimal task allocation in vehicular fog networks requiring URLLC: An energy-aware perspective
In order to make intelligent transportation systems (ITSs) come true, execution of a large
amount of data needs to be migrated from the cloud centers to the edge nodes, especially in …
amount of data needs to be migrated from the cloud centers to the edge nodes, especially in …
A Combined Stochastic Network Calculus and Matching Theory Approach for Computational Offloading in a Heterogenous MEC Environment
B Picano, R Fantacci - IEEE Transactions on Network and …, 2023 - ieeexplore.ieee.org
Nowadays, the functional integration of Unmanned Aerial Vehicles (UAVs) as flying
computing nodes with terrestrial networks is rapidly emerging as a promising and viable …
computing nodes with terrestrial networks is rapidly emerging as a promising and viable …
Bandwidth abstraction with the end-to-end latency-bounded reliability provisioning based on martingale theory
B Yu, W Liu, X Chi - Computer Communications, 2023 - Elsevier
The provisioning of reliability regard to end-to-end (E2E) latency is crux for Ultra-Reliable
Low Latency Communications (URLLCs). Based on martingale theory and stochastic …
Low Latency Communications (URLLCs). Based on martingale theory and stochastic …
Fasys: visible-light-based communication and positioning services towards smart cities
B Yu, X Liu, L Guo, X Wei, S Song - Sensors, 2023 - mdpi.com
Visible-light-based transmission application plays an important role in various types of
sensor services for the Internet of Things (IoTs). However, in big data scenarios, current …
sensor services for the Internet of Things (IoTs). However, in big data scenarios, current …
Martingale theory-based optimal task allocation in heterogeneous vehicular networks
Intelligent transportation systems (ITSs), which can fulfill people's increasing requirements
on mobility, have arisen as a popular research area. In order to implement the ITSs, a large …
on mobility, have arisen as a popular research area. In order to implement the ITSs, a large …