Thesis Topics

Please check your programming skills first!

 Bachelor Thesis Topics Status
NFC-enabled billing system for the IoT coffee machine assigned
Simulationsumgebung für haptische Kommunikation assigned
CoAP-Feinstaubsensor assigned
Visualization tool for IETF RFCS  assigned
Straßenbahnen tracken assigned
   
 Bachelor or Master Thesis Topics Status
Zertifizierende Algorithmen im Internet der Dinge open
Digitale Repräsentationsmethoden von Vertrauensnetzen im Internet der Dinge assigned
B.A.T.M.A.N. Routing in IoT  assigned
Bringing the IoT to the Web - Observing CoAP Resources Through a CoAP-HTTP-Proxy assigned
   
 Master Thesis Topics Status
Mesh Networking over Bluetooth Low Energy for IoT devices open
Network Coding open
High Performances Connections for the IoT: Optimizing CoAP's Congestion Control for High Throughput open
Modellierung der Latenz von WLAN mittels Cox-Regression open
 WiFi Kernel Hacking: Integrating the Tactile Coordination Function into Linux open
Development of a Pressure Fluctuation Monitoring System assigned
Performance Evaluation of IEEE 802.11ah standard in Internet of Things Applications assigned
Open Source VR-Handschuh assigned
Haptic Coding for Robot Teleoperation assigned
Data Link Layer Fragmentation for nRF24L01/nRF24L01+ Transceivers assigned
We are open to new ideas!  
   
Finished Theses Author
Reverse-engineering a De’Longhi Coffee Maker to precisely bill Coffee Consumption Fabian Off
Received Signal Strength Based Indoor Positioning Using Bluetooth Low Energy Mansour Abboud
The Tactile Control Function Protocol Based on EDCA in IEEE 802.11n for Haptic Communication in Ad Hoc Networks Chenke Rong
Extending Battery Life by Emplying Fog Computing in CoAP Mo Shen
Artificial Intelligence Incorporation in Indoor Robots: Space Division and Detection Using Semantic Object Grouping Alpha Mary Skaria
Evaluierung der Sprache Rust zur Programmierung von Mikrocontrollern Tom Heimbrodt
Overcoming CoAP's Resource Discovery Limitations Jawad Ahmad
Li-Fi in Industry 4.0: Integration of Li-Fi Communication in a Factory Planning Laboratory Vasu Dev Mukku
3D Scan Applications in Logistics - Using CoAP with RGB-D Cameras Fabian Hüßler
 Haptische Kommunikation im MIoT-Lab: Ein Framework für hochskalierbare, automatisierte Netzwerkexperimente mit haptischen Daten  Johannes Behrens
Secure IoT Device Commissioning Jana Eisoldt

Last Modification: 07.07.2020 - Contact Person: Prof. Dr. Mesut Günes