Theses:
On-device Transfer Learning
(Master, 2022)
Meshifying Bluetooth: An Evaluation of Delay, Reliability and Throughput of the Bluetooth Mesh Architecture
(Bachelor, 2022)
Easier Synchronous Transmissions: Expanding Baloo to the nRF52840
(Bachelor, 2021)
An Approach for Low-Power Wireless Bus over Bluetooth Low Energy
(Bachelor, 2021)
Environment Detection via Bluetooth Low Energy on Embedded Devices using Machine Learning
(Bachelor, 2021)
Design and Implementation of AFH for Bluetooth LE - Evaluation for Low Latency Applications
(Bachelor, 2020)
Design and Implementation of AFH for Bluetooth LE - Evaluation for High Throughput Applications
(Bachelor, 2020)
Chaos on the Roads: Safe Intersection Crossing Through Distributed Movement Coordination
(Master, 2019)
Projects:
Environment Detection via Bluetooth Low Energy using Machine Learning
(Master Project, 2020)
Embedded Environment Detection via Bluetooth Low Energy
(Master Project, 2020)
