Doctoral candidates

• DC1 - Naveed Ahmad

  Host: USW

  Title: 3D Network Modelling for 6G mobile systems 

  Objective: 3D mobile network modelling for 6G coverage-capacity optimisation

• DC2 - Noè Bernadas i Busquets

  Host: HWSE

  Title: Mobility Solutions for High Frequency Carriers in 6G

  Objective: Outdoor mobility Stochastic Geometry modelling and solutions for narrow beam high frequency mobile systems

• DC3 - Ahmed Abdellatif 

  Host: IT

  Title:  Flexible Optical Software Defined Transceiver Architectures for 5/6G Applications

  Objective: Optical Software Defined Transceiver operation enabling cost effective optical resource virtualization

• DC4 - Rodrigo Otoniel Méndez Canú

  Host: UPC

  Title: Optical transceiver design for 5/6G with configurable Multiplexing/Modulation

  Objective: Enabling flexible multi-flow Optical Software Defined Transceiver operation for high spectral efficiency and versatile optical resource virtualization

• DC5 – Orestis Marziotis

  • Host: UVIGO 

    Title: Efficient and Privacy-Preserving Collaborative Intrusion Detection for 6G TC Communications

    Objective: Focus on the topics of federated learning approach for anomaly detection, as well as on the integration of multi-party computation and homomorphic encryption

• DC6 - Safana Alzoubi

  Host: POLITO

  Title:  Modelling and optimization of optical transmission for 5G/6G front-hauling in flexible converged metro-access optical networks 

  Objective: Digital signal processing based impairment compensation in 6G OFH solutions

• DC7 - Ahtisham Ali

  Host: TOP-IX

  Title: Virtualization for Converged Optical Resource Management 

  Objective: Development of virtualization algorithms for the next generation optical front-hauling

• DC8 - Ricardo Pousa

Host:  TUD

Title: Dynamic functional split framework for 6G coexistent vRAN 

Objective: Architecture design for dynamic FS in convergent vRAN effectively supporting service coexistence.

• DC9 - Sergei Myshianov

Host: YLV

Title: Resource Management in a centralized vRAN  

Objective: Development of resource allocation and scheduling procedures based on online machine learning for joint optimization of communications, transport and compute resources in a vRAN.

DC10 - Sandra Arnaout

Host: ISRD

Title: Design of joint resource scheduling procedures for optical and radio converged vRAN architecture   

Objective: Full-duplex vRAN resource scheduling procedures enabling optical virtualization and performance evaluation.