Completed Theses/Work
Completed Student Theses/Work
Here you can find an overview of completed student theses/work at the ESCS chair.
Type | Title | Name | MA | Analysis of pedestrian detection using mobile cooperative radars | Felix Wintergerst |
RI | On limitations of indoor radar sensing in dense environments | Gokul Chandran |
BA | Implementation of a software tool for CSI extraction from multiple communications technologies | Jay Sommer |
MA | Evaluating the applications scenarios of digitally modulated waveforms in future automotive JCAS systems | Ousama Ghazal |
MA | Evaluating the impact of non-ideal RF hardware characteristics on OFDM-based JCAS systems at 77 GHz | Zhaojun Chen |
MA | Investigating the performance and quality of service of an energy self-sufficient schedule-based, fail-safe valve actuator in centralized IoT networks for Smart City Irrigation | Robert Appel |
MA | CoMP-aligned Cooperative Radar Sensing for JCAS Systems | Bipusa Thapa |
MA | Hybrid Integrated Real-Time Energy Estimation with TinyML | Johannes Weidner |
MA | Jamming in 5G Networks: Impact and Detection | Berkay Bulut |
RI | SoK: Homomorphic Encryption – A primer for the common engineer | Ruben Mons |
MA | On Hardware Fingerprinting Techniques for Serial Communications Interfaces and Attached Components – A Security Perspective | Leon Pragal |
MA | On capabilities of collaborative radar sensing for object detection in 6G networks | Jonas Bönsch |
BA | Simulative analysis of interference behavior and design of a method for resource allocation of cooperative radar systems | Christian Künzle |
MA | Analyzing the requirements and impact of vehicular telecommunications on Green and Safe Smart Cities | Paulus Guter |
MA | LPWAN: Deriving the theoretical and practical limitations, and design of an application/technology matching algorithm | Laurenz Taffner |
MA | Analysis and optimization of a PC-FMCW-based JCRS waveform | Hussein Hamoud |
MA | Security in privaten Campusnetzen – Sicherheitsanalyse zu Verfahren der Identitätssicherung von Netzteilnehmern in kritischen Infrastrukturen mit Funkzugang | Jimmy Nauzad |
BA | Automatisierte Erstellung von webbasierten Bedienoberflächen für leistungselektronische Energiesysteme (Microgrids) | Julius Neuffer |