In his Bachelor project, Torben de Vries focused on improving the performance of an offset tolerant hybrid frequency/phase demodulator in presence of a very large frequency offset. His project can be used to reduce the transmitted energy in Ultra-Narrowband communication used in Low Power Wide Area Networks for IoT applications. Torben won a promotional prize for his Bachelor thesis.
In this project Arjen Velkers investigated the spatial and frequency coherence of NLOS urban channels for lower band 5G communications. The results of his research porivdes insights to a realistic critial urban channel which is required for designing optimal 5G radio systems. Arjen's won promotional prize for his Bachelor thesis.
TNO develops terabit-class optical feeders with ESA and industry partners like Viasat and Airbus. Current optical feeder link designs assume a single aperture with a single beam. Using multi-TX (uplink) or multi-RX (downlink) promises to enhance the robustness of the communication link. In this Master assignment (with TNO) Tara van Abkoude focuses on how to enhance the robustness of optical feeder links with MIMO.
In this project Meghashree Srikantaiah Manjesh re-evaluated the accountability of using cylinder to simplify human geometry with homogeneous dielectric parameters. The modeling was performed using uniform theory of diffraction at sub-6 GHz and 20 GHz bands.
