Student projects
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Mobile Communications
Topic
Spectrum Sharing Algorithms for D2D Communication in Cellular Networks
- Kind of work:
- Student research project, Advanced Seminar, Master thesis, Advanced Research Project (MSCSP)
- Supervisor:
-
M. Sc. Abubaker Matovu Waswa
- Status:
- in progress
- Description:
- Device-to-device (D2D) communication was introduced in 3GPP standards release 12 allowing user equipment in close proximity to communicate directly with minimal network involvement. D2D presents increased spectral efficiency benefits within existing cellular networks. However, the challenge of intra-cell interference limits the spectrum reuse within a given cell in the network. The focus of this research is to design an algorithm for the selection of appropriate D2D pairs allowed to share spectrum of cellular network while minimizing the intra-cell interference to both the cellular network users and also other D2D users.
Tasks;
1. Research on spectrum sharing algorithms in cellular networks
2. Propose a novel algorithm for spectrum sharing
3. Assess performance in terms of spectral efficiency
Requirements;
1. Knowledge of cellular communication systems
2. Good abstraction and programming skills in MATLAB (OOP)
Topic
Implementation of localization software for UAV in real-time
- Supervisor:
-
M. Sc. Alina Rubina
- Status:
- in progress
- Description:
- In this project we are considering mobile anchor based localization. We are using an UAV as a mobile anchor and mobile phones represent wireless sensors. UAV explors the area and measures received signal strength of mobile phones which need to be localized. Localization process includes mapping those received signal strengths to distances. Also, knowing the distances we can estimate the position of the node.
The main goal of this project is to develop a localization software for UAV. This software needs to process data in real-time.
Topic
Performance evaluation of different multi-ferry path planning approaches
- Kind of work:
- Master thesis
- Supervisor:
-
M.Sc. Mehdi Harounabadi
- Status:
- in progress
- Description:
- Message ferrying is a solution to exchange delay tolerant messages among distant wireless nodes that are located out of the transmission range of each other. The ferry node (UAV), flies to visit ground nodes and in each contact exchange information with them. Ferry is a wireless node with controllable mobility. It picks up messages from a ground node, flies to the destination and offloads messages. Decision about which ground node to visit (ferry path planning) impacts the performance of message forwarding in network. Having a single ferry in networks that has been established in large areas cannot support communication needs of different traffic types in the network. Multi-ferry approach employs several ferries in the network to meet the performance requirements of the network. Several approaches has been proposed in literature for multi ferry path planning. The objective of this project is:
1. Literature study on existing multi ferry path planning approaches
2. Implementation of some of the selected multi ferry approaches on the existing simulator (python based simulator)
3. Investigation on results to make conclusion
E-Learning / Remote Lab
Topic
Implementierung automatisierter Wissenstest zur Unterstützung der Digitalisierung im Hochschulbereich
- Kind of work:
- Project Work
- Supervisor:
-
Dr.-Ing. Heinz- Dietrich Wuttke
Dr.-Ing. Prof. h. c. Karsten Henke
- Students:
-
Steffen Krug
- Status:
- in progress
- Description:
- Im Zuge der Digitalisierung der Lehre werden verstärkt individuell zugeschnittene Formen der Inhaltsvermittlung angestrebt, die durch digitale Medien Unterstützt werden. Dabei kommt dem Testen des erreichten Kenntnistandes eine wesentliche Rolle zu. An der TU Ilmenau existieren gegenwärtig unterschiedliche Systeme, die hierfür Verwendung finden.
Aufgabe der Projektarbeit ist es, zu recherchieren, ob und wie zwischen diesen Systemen vorhandene Inhalte ausgetauscht werden können. Dabei ist einerseits auf die zur Verfügung gestellten Fragetypen einschließlich Bewertungsmethoden einzugehen und andererseits zu vergleichen, welche Daten- und Medienformate unterstützt werden. Im Ergebnis der Recherche soll an ausgewählten Beispielen die Transformation von Inhalten vorgenommen werden. Dazu ist ein entsprechendes Programm zu implementieren, welches die automatisierte Übertragung von vorhandenen Inhalten zwischen den Systemen ermöglicht.
Integrated HW/SW Systems
Topic
Set up and extension of programming lab equipment
- Kind of work:
- Project Work
- Supervisor:
-
Dr.-Ing. Prof. h. c. Karsten Henke
- Status:
- in progress
- Description:
- Only available in English
Mobile Communications
Topic
Implementation of a computer game based on aerial base station simulator
- Kind of work:
- Student research project, Advanced Seminar
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Particle Swarm Optimization for Aerial Base Station Placement
- Kind of work:
- Bachelor Thesis
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Air-to-ground Propagation Model Parameter Estimation
- Kind of work:
- Master thesis
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Implementation of Resource Scheduling Algorithms for LTE Radio Systems in Python-based Simulation Environment
- Kind of work:
- Bachelor Thesis
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Implementation and Performance Evaluation of Multiple Reuse in Overlay D2D Communication
- Kind of work:
- Advanced Research Project (MSCSP)
- Supervisor:
-
M.Sc. Dariush M. Soleymani
- Status:
- finished
- Abstract:
Topic
Survey on Resource Scheduling Mechanisms in LTE Systems
- Kind of work:
- Student research project, Advanced Seminar
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Survey on Dynamic Spectrum Allocation Techniques in Future Wireless Communication
- Kind of work:
- Advanced Seminar
- Supervisor:
-
M.Sc. Dariush M. Soleymani
- Status:
- finished
- Abstract:
Topic
Experimentelles Cyber-Physical-System(CPS) um die Kommunikation zwischen UAVs zu testen
- Kind of work:
- Advanced Seminar
- Supervisor:
-
M. Sc. Victor Casas Melo
- Status:
- finished
- Abstract:
Topic
Machbarkeitstudie von einem UAV-basierten System für ziviles Minenräumen
- Kind of work:
- Advanced Seminar
- Supervisor:
-
M. Sc. Victor Casas Melo
- Status:
- finished
- Abstract:
Topic
Survey on D2D based V2V Communication in Wireless Networks: Architecture, Challenges and Solutions
- Kind of work:
- Student research project, Advanced Seminar
- Supervisor:
-
M.Sc. Dariush M. Soleymani
- Status:
- finished
- Abstract:
Topic
Radio Resource Allocation Algorithm for Overlay D2D/V2V Communication
- Kind of work:
- Master thesis
- Supervisor:
-
M.Sc. Dariush M. Soleymani
- Status:
- finished
- Abstract:
Topic
Implementation of a Physical Model For Aerial Vehicle Movement
- Kind of work:
- Advanced Seminar
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Implementation of a Graphical Interface For Simulator Using Python Game / OpenGL
- Kind of work:
- Advanced Seminar
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Implementation of a Mobility Model For a Cluster of Mobile Users
- Kind of work:
- Advanced Seminar
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
3D Location- and Interference- Aware Mobile Base Station Placement
- Kind of work:
- Master thesis
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Analysis and Implementation of Different Mathematical Models for the Quadrocopter Flying Behavior
- Kind of work:
- Student research project, Project Work
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Extension of MAVs Physical Properties in Python Simulator
- Kind of work:
- Advanced Research Project (MSCSP)
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
M. Sc. Alina Rubina
- Status:
- finished
- Abstract:
Topic
Implementation of Dynamic Trajectory based on the Received Signal Strength
- Kind of work:
- Advanced Research Project (MSCSP)
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
M. Sc. Alina Rubina
- Status:
- finished
- Abstract:
Topic
Landmark Recognition for Small UAVs
- Kind of work:
- Student research project
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Mission Planning for Small UAVs
- Kind of work:
- Student research project
- Supervisor:
-
M.Sc. Oleksandr Andryeyev
- Status:
- finished
- Abstract:
Topic
Latency in LTE/LTE-A and 5G
- Kind of work:
- Advanced Seminar
- Supervisor:
-
Dr.-Ing. Elke Roth-Mandutz
- Status:
- finished
- Abstract:
Topic
Self-Management for Heterogeneous Radio Access Networks - the SEMAFOUR project
- Kind of work:
- Student research project, Advanced Seminar
- Supervisor:
-
Dr.-Ing. Elke Roth-Mandutz
- Status:
- finished
- Abstract:
Topic
Survey on Delay-aware Joint Uplink/Downlink Scheduling in LTE
- Kind of work:
- Advanced Seminar, Advanced Research Project (MSCSP)
- Supervisor:
-
Dr.-Ing. Andre Puschmann
- Status:
- finished
- Abstract:
Topic
Survey on Deadline-based Scheduling Algorithms for LTE
- Kind of work:
- Advanced Seminar, Advanced Research Project (MSCSP)
- Supervisor:
-
Dr.-Ing. Andre Puschmann
- Status:
- finished
- Abstract:
Topic
Survey on Distributed Time Synchronization and Clock Drift Compensation Protocols
- Kind of work:
- Advanced Seminar
- Supervisor:
-
Dr.-Ing. Andre Puschmann
- Status:
- finished
- Abstract: