Theses
Open topics for master theses for school year 2020/21
All topics already taken
Site incomplete - under contruction, please excuse errors :)
Site incomplete - under contruction, please excuse errors :)
Thesis will deal with using an SDR platform USRP, together with platform GNURadio or Matlab/Simulink for implementing a base station for a LR wireless network with focus on one of the IoT protocols: IEEE 802.15.4, LoRa, eMTC, SigFox or NB-IoT.
LR wireless network, Software Defined Radio
Thesis will deal with analysis of computational complexity of various sorting algorithms and visual comparison of their operation. The algorithms will be implemented to run in parallel for real-time sorting performance visualisation using Python graphic libraries.
Computational complexity analysis, Sorting algorithms, Python
Thesis will deal with identification and analysis of potential weaknesses with focus on the PHY layer of promising 5G systems and technologies. Potential attack mitigation techniques will also be in focus of the thesis. Selected attacks may be further analysed by simulations with Matlab/Simulink or GNURadio or even implemented using the USRP SDR platform.
5G, PHY layer security, OFDM, MIMO
Thesis will focus on configuring some of the more advanced mechanisms of the IPv6 protocol, preferrably, but not limited to, using the GNS3 simulator/emulator.
configuring IPv6, GNS3, network virtualization, mixed virtual/real topology
2019 Using RIOT OS in microcontroller systems
2019 Configuring LAN network over remote branch networks
2019 Experiments with microcontrollers
2019 RIOT OS - Operating system for IoT
2018 Utilizing SDR platform USRP with Matlab and Simulink
2018 Configuring OSPF Routing Protocol
2018 Utilizing SDR platform USRP with GNU Radio and OpenBTS
2018 Autoconfiguration Mechanisms in IPv6
2018 Network Technologies and Protocols for IoT
2015 A practical analysis of selected IPv6 mechanisms
2015 Mechanisms for interoperability between IPv6 and IPv4 protocols
2014 Simulation of modern communications systems
and MANY more ...