| Bachelor Thesis Topics |
Status |
| Design and Analysis of an Energy-Aware Multi-Hop Protocol for Wireless Sensor Networks |
assigned |
| Lightweight Digital Twin Framework for Resource-Constrained IoT Systems |
open |
| |
|
| Master Thesis Topics |
Status |
| Design und Entwicklung einer WebApp zur Darstellung des MMIX-Prozessors |
assigned |
| Implementation of Lightweight Secure Message Exchange Using QKD-Inspired Handshakes on Resource-Constrained IoT |
assigned |
| |
|
| Bachelor or Master Topics |
Status |
| 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 |
| Auswirkungen verschiedener Dienstgüten auf einen ”Peg in Hole”-Lösungsalgorithmus in einem Networked Control System |
Martin Popp |
| B.A.T.M.A.N Routing im Internet of Things |
Lukas Gehreke |
| CoAP-Feinstaubsensor |
Lars Hübner |
| Digital Representation for Web of Trust in Internet of Things |
Poorvi Mandyam Bhoolokam |
| Entwicklung eines Wavelet-Codecs zur effizienten Übertragung haptischer Daten |
Sophie Herbrechtsmeyer |
| Digital Engineering Project: Doriot DCA - Developing a light-weight database for hardware information for IoT |
Adarsh Raghoothaman, Divya Sasidharan |
| Swarm Communication in Space - Evaluating Ad-Hoc Routing Protocols for In-Situ Space Exploration Networks |
Fin Christensen |
| Software Updates for the Internet of Things: An Extension and Evaluation of the SUIT Implementation in RIOT |
Vera Clemens |
| Development and Evaluation of Safety-Aware Over-the-Air(OTA) Updates in the Factory Planning Laboratory |
Aravind Karri |
| The Pressure Fluctuation Monitoring System: Obtaining Accurately Synchronized Measurement From Multiple Sensors Using PTP And Bit-Banging I2C |
Pham Huu Quang |
| Experimentelle Evaluation des NABB-Protokolls im MIoT-Lab |
Jonas Rebbelmund |
| Implementierung und Analyse der Taktilen Koordinierungsfunktion im MIoT-Testbed |
Johannes Behrens |
| Bringing Modern C++ Concepts to RIOT OS |
Jens Wetterich |
| Secure Computing Environment for IoT Nodes Using RIOT |
Jana Eisoldt |
| Software Defined Optical Wireless Communication using On-Off-Keying on Microcontrollers for Less than One Euro |
Stefan Strell |
| Interoperable zertifizierende Algorithmen auf eingebetteten Systemen |
Moritz Marquardt |
| Teleoperation of Quadrotor Drones using Haptic Devices |
Jon-Mailes Graeffe |
| Concept for a Web-of-Trust-based Certificate Management in RIOT OS |
Adarsh Raghoothaman |
| Simulation of Latency in Backhaul Networks for 5G |
Patrick Mrech |
