Summary
The fifth and sixth generations (5G/6G) of cellular networks have to handle an unprecedented surge in data traffic, which comes as a result of the emergence of a wide range of applications, notably, the Internet of Everything, haptic internet, digital-twin, to name a few. On one hand, mobile users expect to experience high-speed and reliable wireless access at an affordable cost. On the other hand, service providers aim at maximizing profits and are expecting cost-effective solutions from wireless industry.
Increasing the capacity of the Next Generation Radio Access Network (NG-RAN) capitalizes in a part on reducing the cell sizes and the transmissions on high-frequency bands (e.g., millimeter wave) that offer small coverage. However, these solutions call for a dense deployment of base stations, where traditionally each comes with the expenses of establishing fiber links to the core network and a site acquisition (tower lease). The wireless industry leaders opt for developing flexible and more cost-effective NG-RAN that revolve around the dense deployment of low-cost radio access nodes with Integrated Access and Backhauling (IAB). The wireless backhauling/fronthauling feature will ease the task of IAB nodes deployment/relocation and save in the cost of the fiber-based bakchauling network.
Although IAB is an attractive solution that could make dense deployments economically viable, efficient approaches for the optimization and management of the resulting large-scale and heterogeneous NG-RAN remain subject to investigation. Together with my supervisor Prof O. Ercetin, I will contribute to the efforts of building cost-effective NG-RANs empowered by IAB nodes, in particular, to the automation of the deployment, operation, and fast-recovery of NG-RANs. This project investigates two overlapping and complementing research problems: unsupervised planning and optimization of NG-RAN; and reliable backhauling/fronthauling wireless network for IAB nodes.
Increasing the capacity of the Next Generation Radio Access Network (NG-RAN) capitalizes in a part on reducing the cell sizes and the transmissions on high-frequency bands (e.g., millimeter wave) that offer small coverage. However, these solutions call for a dense deployment of base stations, where traditionally each comes with the expenses of establishing fiber links to the core network and a site acquisition (tower lease). The wireless industry leaders opt for developing flexible and more cost-effective NG-RAN that revolve around the dense deployment of low-cost radio access nodes with Integrated Access and Backhauling (IAB). The wireless backhauling/fronthauling feature will ease the task of IAB nodes deployment/relocation and save in the cost of the fiber-based bakchauling network.
Although IAB is an attractive solution that could make dense deployments economically viable, efficient approaches for the optimization and management of the resulting large-scale and heterogeneous NG-RAN remain subject to investigation. Together with my supervisor Prof O. Ercetin, I will contribute to the efforts of building cost-effective NG-RANs empowered by IAB nodes, in particular, to the automation of the deployment, operation, and fast-recovery of NG-RANs. This project investigates two overlapping and complementing research problems: unsupervised planning and optimization of NG-RAN; and reliable backhauling/fronthauling wireless network for IAB nodes.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/101108094 |
| Start date: | 01-06-2023 |
| End date: | 31-05-2025 |
| Total budget - Public funding: | - 148 478,00 Euro |
Cordis data
Original description
The fifth and sixth generations (5G/6G) of cellular networks have to handle an unprecedented surge in data traffic, which comes as a result of the emergence of a wide range of applications, notably, the Internet of Everything, haptic internet, digital-twin, to name a few. On one hand, mobile users expect to experience high-speed and reliable wireless access at an affordable cost. On the other hand, service providers aim at maximizing profits and are expecting cost-effective solutions from wireless industry.Increasing the capacity of the Next Generation Radio Access Network (NG-RAN) capitalizes in a part on reducing the cell sizes and the transmissions on high-frequency bands (e.g., millimeter wave) that offer small coverage. However, these solutions call for a dense deployment of base stations, where traditionally each comes with the expenses of establishing fiber links to the core network and a site acquisition (tower lease). The wireless industry leaders opt for developing flexible and more cost-effective NG-RAN that revolve around the dense deployment of low-cost radio access nodes with Integrated Access and Backhauling (IAB). The wireless backhauling/fronthauling feature will ease the task of IAB nodes deployment/relocation and save in the cost of the fiber-based bakchauling network.
Although IAB is an attractive solution that could make dense deployments economically viable, efficient approaches for the optimization and management of the resulting large-scale and heterogeneous NG-RAN remain subject to investigation. Together with my supervisor Prof O. Ercetin, I will contribute to the efforts of building cost-effective NG-RANs empowered by IAB nodes, in particular, to the automation of the deployment, operation, and fast-recovery of NG-RANs. This project investigates two overlapping and complementing research problems: unsupervised planning and optimization of NG-RAN; and reliable backhauling/fronthauling wireless network for IAB nodes.
Status
SIGNEDCall topic
HORIZON-MSCA-2022-PF-01-01Update Date
31-07-2023
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