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Friedrich-Alexander-Universität Lehrstuhl für Elektrische Smart City Systeme ESCS
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  3. Department Elektrotechnik-Elektronik-Informationstechnik
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  1. Friedrich-Alexander-Universität
  2. Technische Fakultät
  3. Department Elektrotechnik-Elektronik-Informationstechnik
Friedrich-Alexander-Universität Lehrstuhl für Elektrische Smart City Systeme ESCS
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Completed Theses/Work

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Completed Theses/Work

Completed Student Theses/Work

Here you can find an overview of completed student theses/work at the ESCS.

Type Title Name
BA Analysis of Indoor Pedestrian Detection Using Radar Sensors Johannes von Grundherr
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

 

Legend

[BA] = Bachelor’s thesis
[MA] = Master’s thesis
[RI] = Research internship
[SA] = Student assistant (without a degree)
[RA] = Research assistant (with university degree)
FAU Erlangen Nürnberg
Lehrstuhl für Elektrische Smart City Systeme

Cauerstr. 7
91058 Erlangen
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