Mustafa Emara

• Conducting research on radio resources allocation and cross-layer optimization for wireless systems as part of my doctoral studies • Responsible for driving technical topics for Intel’s activities in the Horizon 2020 project ONE5G under the scope of radio resource management • Engagement through technical contributions in different standards development organizations such as 5GAA and 5GACIA • Participating in multiple Intel-funded collaborations with different academic partners

• Conducted my MSc. thesis on the topic of digital self interference cancellation in full-duplex systems • Represented Intel in the Horizon 2020 project Flex5Gware • Authored research papers and technical documentations as part of Intel’s contributions • Implemented a proof of concept for different digital cancellation algorithms in full-duplex systems with different European partners

- Optimizing an GSM spectrum allocation tool and an LTE cell and user throughput simulatorfor Telefónica Germany network as well as developing their complete graphical user interfacein C++. - Analysis of different key performance indicators in 2G and 3G networks using MYCOMOSI. - Optimizing different design parameters for GSM/3G/LTE technologies. - Support of the radio access GSM/3G/LTE network technologies

- Modelling and simulating vehicular and pedestrians activities as participants of an emulated real-life traffic scenario based on Simulation of Urban Mobility (SUMO). - Researching and investigating the current of 3-D standardized channel models for cellular communication systems. - Integration of QuaDRiGa channel model into Nomor's system level simulator

- Investigating different precoding, user-scheduling and power allocation schemes of the down-link in a cellular mobile mobile communications system with a particular focus on base station large scale antenna systems. - Part of the team responsible for the European union METIS project which has the main objective of laying the foundation of the next generation mobile and wireless communications system.

My thesis investigates the design, modeling and performance of spatiotemporal large scale cellular networks for reliable communications. I'm conducting my research under the supervision of Prof. Gerhard Bauch at the institute of communications, TUHH.

Communication systems module