Termine / appointments
Konferenzen / Messen conferences / exhibitions
finished thesis
Dissertationen |
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Jan Ortmann |
A theoretical analysis to increase the transmission power of multi-wire transmission line systems Universität Siegen 2023 |
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Parthib Khound |
A Unified Adaptive Cruise Control Framework for Over-damped String Stable Platooning Systems Shaker Verlag 2023 |
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Fabian Happ |
Method of Moment Analysis of Layered Carbon Fiber Composites with Applications to Electromagnetic Compatibility Shaker Verlag 2017 |
Bachelor thesis
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Christian Ulrich |
Spectral reconstruction of HPEM pulses by means of frequency dependent energy absorption in nonlinear antenna loads |
University of Siegen | ||||
Yaozhong Zhang | Modeling of Maximum Aperture Coupling by means of Coupling between Chraracteristic Modes and Cavity Eigenmodes | University of Siegen | ||||
Yidong Li | Modelling and Implementation of a Longitudinal Vehicle Control System using a Range/Range Rate-Characteristic | University of Siegen | ||||
Tingxin Yang | Macromodelling of nonlinearly loaded antennas on the basis of full wave simulations in frequency domain | University of Siegen | ||||
Xiangning Luo | Design methods for frequency selective nonlinearly loaded antennas for electromagentic pulse characterization | University of Siegen | ||||
Tiezheng Wang | Identification of nonlinear circuit elements by means of multiple-tone excitation and circuit analysis | University of Siegen | ||||
Shuchen Xu | Analysis and comparison of electric fields and surface currents for conducted and radiated EMC immunity tests using the example of HRIF and DCI | University of Siegen | ||||
Danni Chen | Development of a Matlab toolbox for the SPICE netlist generation of receiving antenna models | University of Siegen | ||||
Zeyu Zhang | Numerical Simulation of electric storage effects at nonlinearly loaded transmission lines | University of Siegen | ||||
Beibei Li | Analysis of multiply nonlinear loaded antennas subject to high-power electromagnetic pulses using macromodeling techniques | University of Siegen | ||||
Zied Ferchichi | Development, implementation and verification of a method to estimate the side slip angleof a vehicle in WinFACT/BORIS simulation | University of Siegen | ||||
Zeqi Li | Implementation and comparison of two variants of the Kalman filter for estimating the side slip angle of a vehicle within the simulation enviroment MATLAB/Simulink | University of Siegen | ||||
Mumin Liu | Automated creation of SPICE circuit models for the analysis of cable transfer impedances | University of Siegen | ||||
Marvin Calligaris | Analysis and Impletation of Mathematical Metods to describe the Course of Lane Markers for the Realisation of Automatic Lane Keeping Systems | University of Siegen | ||||
Lukang Ning | Statistical equivalence analysis of electric fields for various excitations within electrically large test objects for HIRF and DCI testing | University of Siegen | ||||
Harnold Morel Dongmo Tonleu | Modelling and Implementation of an Automatic Switching Strategy between Standard Cruise Control and Adaptive Cruise Control Systems using a Range/Range Rate-Characteristic | University of Siegen | ||||
Yueyang Zhang | Experimental determination of surface currents on vehicles in EMC testing and comparison to simulated surface currents | University of Siegen | ||||
Xiangyu Fu | Model based estimation of the side slip angle of a vehicle in the GAZEBO/ROS simulation environment | University of Siegen | ||||
Xufei Zhang | Theoretical and experimental validation of a method for circuit modelling of nonlinearly loaded reciving structures subject to transient excitation | University of Siegen | ||||
Runcong Wang | Modelling, Implementation, and Verification of a Switching Strategy between a Standard Cruise Control and an Adaptive Cruise Control System for Automatic Vehicle Guidance | University of Siegen | ||||
Tianyuan Kong |
Computation of multivariate distribution functions for the analysis of statistical antenna interference and electromagnetic interior coupling |
University of Siegen | ||||
Tianyuan Kong | Computation of multivariate distribution functions for the analysis of statistical antenna inteference and electromagnetic interior coupling | University of Siegen | ||||
Jiale Yu | Investigation oft he numerical calculation of cable transfer impedances by means of full wave simulation | University of Siegen | ||||
Shaopeng Zhang |
Analytic Calculation and Development of Numerical Models for Impedance Characterization of Transmission Line Components |
University of Siegen | ||||
Yang Jiao |
Equivalent Circuit Modeling of electromagnetic field coupling to transmission lines |
University of Siegen | ||||
Xianze Li | Antenna interference analysis and consideration of statistical parameters by means of Monte Carlo Simulation | University of Siegen | ||||
Jonas Stötzel | Implementation of a PATH-planning algorithm for a vehicle simulation in MATLAB/Simulink | University of Siegen | ||||
Weiting Liu | Methods for the derivation and characterization of equivalent circuit models of nonlinearly loaded receiving structures | University of Siegen | ||||
Yanran Zhang | Numerical investigation of resonance phenomena of canoncial structures by Characteristic Mode Analysis an the analysis of input impedances | University of Siegen | ||||
Timur Mulic | Implementation of an advanced driver assistance system in the simulation environments of Gazebo and ROS | University of Siegen | ||||
Sun Xin | Modeling of electricand magnetic fields near power lines with real ground and conductor sag | University of Siegen | ||||
Xi Yu | Numerical computation of electromagnetic field coupling to transmissionlines with transmission lines with statical parameters | University of Siegen | ||||
Kristijan Kelava | Development of a micropocesso-controlled waveform generator for the enhanced of a training lab | University of Siegen | ||||
Jannik Stettner | Design of a simulation device for quality control of metal coil | EMG Automation GmbH, Wenden | ||||
Sebastian Windhövel | Investigation and implementation of methods for determining the charge and aging state of lithium-ion accumulators | Miele & Cie. KG, Gütersloh | ||||
Zheng Yi | Development of a simaltion enviroment for susceptibility analysis of sigma-delta A/D converter | University of Siegen | ||||
Xiaotang Bi | Circuit modeling of nonlinearly loaded antennas for transient excitatio | University of Siegen | ||||
Eugen Blum | Fast Fourier Transfor - Lab test: Vibration measurement on an asynchronous-machine | University of Siegen |
Study work
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Shiva Kumar Kodihalli Puttaswamy | Comparison of the performance of different stereo vision algorithms for depth estimation | University of Siegen | ||||
Marius Scheppe |
Tempertaure- and Volume-Flow-Simulator | Gebr. Kemper GmbH + Co. KG |
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Gautam Sunar |
Impementation an Verification of the Inverse Perspective Transformation in a ROS/GAZEBO based Verhicle Simulation Enviroment |
University of Siegen | ||||
Jingyun Di | Development, design and programming of a computer-aided measurement system for digital power measurement | University of Siegen | ||||
Sayali Arvind Talawane | Recognition of multiple moving objects using a camera and determination of their positions and velocities using ROS software framework | University of Siegen | ||||
Xi Yu |
Vergleich numerischer Modellierungen von Leitungen und Kabeln im Rahmen der Elektromagnetischen Verträglichkeit |
University of Siegen | ||||
Manasi Satishraje Surve |
Evaluation and Comparison of Frontal Crash Judgment Algorithms in MATLAB |
University of Siegen | ||||
Neeraj Singhal | Creation of Hard- and Software for a Laboratory Experiment | University of Siegen | ||||
Florian Hauck | Development of a Software for the control of a Laboratory test setup by a Raspberry Pi | University of Siegen | ||||
Nathanael Cimpan | Identification and implementation of a suitable current sensor for the measurement of high-frequency current pulses of spark erosion processing with subsequent validation | OPS-Ingersoll Funkenerosion GmbH |
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Gümüs Burak | Evaluation of an EMC test environment for a student internship | University of Siegen | ||||
Lukas Knaack | Development of a configurable timing device for a magnetostrictive transduce | MTS Sensor Technologie GmbH & Co. KG, Lüdenscheid | ||||
Mohamed Safarnezhad Hendijani | Calculation of magnetic fields in the vicinity of power lines with sag and above real ground | University of Siegen |