Md Arifur Rahman Email and Phone Number

Provide strategic research direction to major research projects related to future 6G networks; improve company portfolio by creating patents; identify evaluation opportunities and write proposals and develop budgets; write up research findings and oversee publication processes, lead the research process, develop research standards and mentoring staff.

-Technically leading a H2020 project called MARSAL (https://www.marsalproject.eu/) and delivering an innovative cell-free and Hybrid MIMO solutions for the RAN of beyond 5G networks-Designing and implementing radio resource management (RRM) algorithm for 4G, 5G, B5G, multi-RAT, and NB-IoT networks-Designing and implementing AI/ML based joint radio and hardware resource management for MEC in 5G networks-Studying and contributing in technical specifications of O-RAN and The Alliance… Show more -Technically leading a H2020 project called MARSAL (https://www.marsalproject.eu/) and delivering an innovative cell-free and Hybrid MIMO solutions for the RAN of beyond 5G networks-Designing and implementing radio resource management (RRM) algorithm for 4G, 5G, B5G, multi-RAT, and NB-IoT networks-Designing and implementing AI/ML based joint radio and hardware resource management for MEC in 5G networks-Studying and contributing in technical specifications of O-RAN and The Alliance for Internet of ThingsInnovation Show less

- Proposed RRM scheme for 4G/5G/Multi-RAT networks- Proposed AI-assisted slice admission and congestion control mechanism for 5G networks- Proposed joint RRM policies for mobile virtual network operator- Designed AI/ML-based model for 5G protocol VNF placement in edge networks- Studied the technical specifications of 3GPP, ETSI, O-RAN and ITU-T- Developed research proposal in the area of MEC, virtual RAN, cloud RAN, and cell-free massiveMIMO

- Proposed quality-of-service aware radio resource management (RRM) scheme for efficient spectrum utilization of NB-IoT systems in a multi-cell scenario- Improved the SINR with appropriate power allocation in downlink and uplink in the presence of intercell interference- Reduced the repetition factor of NB-IoT devices by maximizing the SINR of the systems- Proposed greedy time slot allocation scheme for both downlink and uplink by satisfying the interference constraints of the… Show more - Proposed quality-of-service aware radio resource management (RRM) scheme for efficient spectrum utilization of NB-IoT systems in a multi-cell scenario- Improved the SINR with appropriate power allocation in downlink and uplink in the presence of intercell interference- Reduced the repetition factor of NB-IoT devices by maximizing the SINR of the systems- Proposed greedy time slot allocation scheme for both downlink and uplink by satisfying the interference constraints of the systems- Evaluated the performance of NB-IoT systems in terms of energy efficiency and computational complexity by applying meta-heuristic algorithm Show less

- Proposed machine learning-based transmission mode selection for cooperative CRNs- Proposed RRM scheme for relay aided D2D communications in 5G HetNets- Proposed deep reinforcement learning algorithm for multi-tier HetNets- Proposed an adaptive NAV based MAC protocol AdHoc WSNs- Proposed an energy-efficient opportunistic routing protocol for AdHoc WSNs- Delivered lectures on the modules of data communications and networking, AI/ML for advancednetworking technologies… Show more - Proposed machine learning-based transmission mode selection for cooperative CRNs- Proposed RRM scheme for relay aided D2D communications in 5G HetNets- Proposed deep reinforcement learning algorithm for multi-tier HetNets- Proposed an adaptive NAV based MAC protocol AdHoc WSNs- Proposed an energy-efficient opportunistic routing protocol for AdHoc WSNs- Delivered lectures on the modules of data communications and networking, AI/ML for advancednetworking technologies, MAC and routing protocols for AdHoc networks, and mobile communications Show less

Delivered lectures on programming, data communications, electromagnetic wave and propagation,Digital signal processing, advanced digital signal processing, embedded wireless systems, wirelessLAN, WSNs, and mobile communications