Student Papers
Hint
These topics are proposals. You are welcome to discuss your own ideas.RoboCup – World Modeling
Responsible: Martin Richter
Since 1997 the RoboCup (Robot Soccer World Cup) is held, where different teams of researchers and students are competing in numerous leagues. A game of robot soccer is always played between two equally sized sets of robots, ranging from five to eleven robots per team. Depending on the league, the game is either simulated or conducted physically with real robots.If the game is played physically, multiple mobile robots perceive their environment through sensors (e.g., recognizing enemy player positions) and influence it through actuators (e.g., kicking the ball), a team of robots is classified as a mobile cyber-physical system. Achieving a consistent view of the environment in cyber-physical systems is of paramount importance, to allow the different execution units to collaborate and tackle common tasks.As a RoboCup team has to decide on which moves to take, the state of the game (e.g., player positions) has to be evaluated continuously. For this, a virtual representation of the real world is required and data has to be exchanged between the robots. Your task will be to review different models, which are concerned with the virtual representation of the real world in the RoboCup.
Start: open
Suitable for: Research seminar, Advanced seminar
Isabelle / HOL
Responsible: Matthias Werner
The Isabelle/HOL tool is one of the internationally leading tools for proving correctness of computer systems (theorem prover). E.g., the correctness proof of the seL4 kernel was done by the use of Isabelle. For this seminar topic, the student should give a introduction to Isabelle/HOL and the foundation behind, as well as demonstrate its practical usage by verifying a given protocol.
Start: open
Suitable for: Research seminar
Python Runtime on the Base of Forth
Responsible: Matthias Werner
Forth is a syntax-less, very machine-oriented programming language with a bare-metal run-time system (i.e. without OS). The task is to develop an interpreter for Python byte code on top of a Forth system on a embedded board.
Start: open
Suitable for: Masters thesis
Preparation of Modern Crypto Standards
Responsible: Jonas Henschel
Block ciphers with symmetric encryption are used by many highly reliable systems. For example, banks and the Deutsche Bahn rely on modern variants of the Data Encryption Standard (DES) which is based on the principle of Feistel ciphers. Many other applications, on the other hand, rely on the newer Advanced Encryption Standard (AES), which enables the use of longer keys. The basis of the AES is based on SP networks. The fundamentally different structures of these encryption algorithms offer different properties in terms of confidentiality. Your task is to present how the algorithms work, identify the properties of the ciphers, and to analyse both algorithms based on their confidentiality properties and their complexity. Of particular interest are statements about the confidentiality of the algorithms in the post-quantum age.
Start: open
Suitable for: Bachelor thesis, Research project, Research seminar
Overview of Known Approaches for Quantum Ciphers
Responsible: Jonas Henschel
The principle of quantum key distribution (QKD) is currently a very active field of research. However, QKD only provides a solution for the negotiation of key pairs at quantum level. The actual encryption, on the other hand, is often still carried out at classical bit level. Your task is to research approaches and ideas that allow encryption at quantum level. You summarize these in your written report and evaluate them on the basis of relevant characteristics.
Start: open
Suitable for: Bachelor thesis, Research seminar
Preparation of Normative Regulations for Quantum Key Distribution
Responsible: Jonas Henschel
Quantum Key Distribution is a relatively new technology enabling a secure exchange of symmetric keys. Many different institutions try to push this technology from theory into production. Normative regulations for such systems already exist. It is your task to familiarize with these normative regulations and answer the following as well as other questions: Which requirements have to be guarantied? What protocol behavior is defined? Which interfaces are defined? Which properties are guarantied by the standards?
Start: open
Suitable for: Research seminar, Advanced seminar
Modeling Communication Protocols
Responsible: Jonas Henschel
Communication is a central design element of distributed computer systems. Therefore assumptions on and guaranties by the underlying communication protocols are crucial for the systems' overall functionality. However, is it possible to ensure these properties? It obviously is not possible to test for every possible situation during production. A possible solution is modelling these protocols in a formal language and check for these properties in a formal way. That way edge cases are less likely overseen. The specific model of the communication protocol depends on the property that should be checked for. Therefore the used formal language may depend on this property too. In this work it is Your task to identify relevant properties for modelling communication protocols. Moreover, you shall use these properties to identify corresponding modelling languages used to check for them. You should illustrate these results with some simple examples. To prove properties, a model of the system is first required. Properties of distributed systems that are usually difficult to model are Synchronicity and asynchronicity between different nodes, Time behavior (global vs. local), as well as Uncertainty (e.g. in communication). Furthermore, Models of real systems quickly become large and complex. A “manual” analysis is therefore often impractical. This is where tools for automated analysis come into play. Unfortunately, however, these are often not fully developed or scale very poorly with increasing model complexity. Your task is to identify different modeling approaches and show how they can deal with the problems raised above.
Start: open
Suitable for: Masters thesis, Research project
Modeling and Analysis of the Babel Routing Protocol
Categorization of Coordination Models for Robot Swarms
Programming an API for Heterogeneous Robots
Responsible: Martin Richter
Programming robots is an error-prone and complex task, especially if the robots are heterogeneous and have to be coordinated. The target of the research seminar is to document the hardware and software specifics of a given swarm of heterogeneous robots. Additionally, a unified API for the swarm should be implemented (this encompasses describing a suitable set of requirements). The API should provide a way to program each of the robots in a similar manner. Therefore, fitting abstractions have to be found (i.e., commonalities between the robots have to be utilized and differences have to be handled). A suitable demo application should be implemented.
Done by Bo-Yue Zeng
Done as Research seminar
Start: 13.09.2024
Analysis of Game Physics Engines and Transfer of their Functionality to a Physical World Model
Virtualization of the Embedded Software Lab
Responsible: Martin Richter
Done by Lugas Kreuz, Janek Seidel, Amos Paul Jantz, Anna Theresa Single
Done as Research project
Start: 06.12.2024
RoboCup - Coordination Models
Responsible: Martin Richter
Since 1997 the RoboCup (Robot Soccer World Cup) is held, where different teams of researchers and students are competing in numerous leagues. A game of robot soccer is always played between two equally sized sets of robots, ranging from five to eleven robots per team. Depending on the league, the game is either simulated or conducted physically with real robots.If the game is played physically, multiple mobile robots perceive their environment through sensors (e.g., recognizing enemy player positions) and influence it through actuators (e.g., kicking the ball), a team of robots is classified as a mobile cyber-physical system. Coordination is one of the main challenges for cyber-physical systems, as multiple heterogeneous execution units might have to cooperate to reach a common goal. To ensure a safe and timely operation, the planning of which units fulfill which tasks at which point in time is critical.As a RoboCup team has to be coordinated to conduct complex moves, coordination models are employed. Such models encompass the choice of varying tasks for different robots to reach a common main-goal or possibly multiple sub-goals. Your task will be to review different coordination models, used in the RoboCup.
Done by Leon Rollenhagen
Done as Advanced seminar
Start: 01.12.2023
End: 27.02.2024
Test Objectives in DO-178C
Responsible: Christine Jakobs
Identifying the different test objectives in DO-s178C standard, categorising them and compare the given toolchain regarding its coverage
Done by Reema Thakur
Done as Masters thesis
Start: 14.06.2017
End: 20.11.2017
Reference implementation of DiAO
Responsible: Peter Tröger
Distributed Active Object (DiAO) is a concept to support application execution in distributed mobile systems. A middleware as well as a proof-of-concept application are to implement.
Done by Martin Richter
Done as Bachelor thesis
Start: 01.04.2017
End: 10.11.2017
Framework for Simulation and Performance Analysis of Clock Synchronization Algorithms
Responsible: Jafar Akhundov
The task is to create a framework for simulation and performance analysis of diverse clock synchronization algorithms. Implementation language/tool is irrelevant. To achieve this distributed systems must be parametrized with respect to clock synchronization. As a basis an existing master thesis can be used. The context and big goal of the work is to automatically generate synchronization modules for parametrized spacecraft systems.
Done by Leander Herr
Done as Masters thesis
Start: 20.03.2016
End: 01.02.2018
Modelling a real-time ECU using MPS and mbeddr.
Responsible: Christine Jakobs
Done by Reema Thakur
Done as Research project
Start: 01.09.2016
End: 20.02.2017
Dependability modeling with fuzzy structure formulas
Responsible: Peter Tröger
Done by Christine Jakobs
Done as Masters thesis
Start: 06.07.2015
End: 17.12.2015
Implementation of the Global Physical Time for the Domain Model of the VirtualPath of the DLR Hand-Arm System
Responsible: Matthias Werner
Done by Jafar Akhundov
Done as Masters thesis
Start: 11.07.2013
End: 29.08.2013
Fault Tolerance in Automotive
Responsible: Christine Jakobs
This seminar focusses on fault tolerance mechanisms discussed in current research publications related to the automotive area. The question is which mechanisms are used and in which context.
Done by Georg Seerig
Done as Research seminar
Start: 07.10.2022
End: 30.01.2022
The TLA Theorem Solver
Responsible: Christine Jakobs
Done by Clemens Degenhardt
Done as Advanced seminar
Start: 21.04.2023
End: 01.09.2023
Safety-critical - Definition and Properties
Responsible: Christine Jakobs
This seminar focusses on the definition of the term safety-critical. How is it defined in literature? Where do the authors focus on and what properties and metrics are used.
Done by Felix Bachmann
Done as Advanced seminar
Start: 18.10.2022
End: 07.04.2023
Distributed Constraint Solving for DiAO
Responsible: Matthias Werner
Done by Martin Richter
Done as Research project
Start: 24.10.2018
End: 29.05.2019
Umsetzung von Programmierparadigmen der Objektorientierung zur Realisierung von Function-as-a-Service Systemen mit Microservices
Responsible: Marcus Hilbrich
Micro Services lag abstraction methods. E.g, In case multiple services are needed to process a single transaction, the concept of the transaction is not really present in the code of the services. In a first step a tool was created and evaluated to allow to write the transaction as an object oriented like class and generate services based on the methods of the class. This is not yet a general solution and needs extensions. 1) using a more general programming language (e.G. Java) 2) support additional OO concepts (generalization, polymorphy, …) 3) stronger evaluation 4) multi language support 5) multi Cloud support
Done by Stefan Staude
Done as Masters thesis
Start: 22.09.2019
End: 23.02.2020
Discover and Analysis of architectural patterns in open source projects
Responsible: Marcus Hilbrich
Using architectural patterns is a valuable strategy to increase the quality of software. Architectural patterns can be cousin explicitly or can be enforced by developer environments. Your task is to identify architectural patterns in open source Android applications and analyze whether the patterns are used explicit or implicit.
Done by Ehsan Fanic
Done as Masters thesis
Start: 22.04.2019
End: 23.09.2019
Discover and Analysis of architectural patterns in open source projects
Responsible: Marcus Hilbrich
Using architectural patterns is a valuable strategy to increase the quality of software. Architectural patterns can be cousin explicitly or can be enforced by developer environments. Your task is to identify architectural patterns in open source Android applications and analyze whether the patterns are used explicit or implicit.
Done by Marcel Müller
Done as Masters thesis
Start: 06.05.2019
End: 26.11.2019
Erstellung einer Taxonomie der Einflussfaktoren auf die Softwarearchitektur
Responsible: Marcus Hilbrich
Done by Maximilian Teich
Done as Masters thesis
Start: 22.07.2019
End: 26.11.2019
Evaluation of simulation tools for hybrid automata and extension for LTIHA
Responsible: Antonia Reißner
Three simulation tools shall be compared and one of them chosen. For the chosen simulation tool a plug-in for linear time-invariant hybrid automata shall be written.
Done by Florian Jurklies
Done as Bachelor thesis
Start: 14.08.2019
End: 30.01.2020
Analysis of Tools for Model-Checking
Responsible: Christine Jakobs
Model-checker and proof systems are commonly used tools to support automatic analysis of formal models. The task is to evaluate two of those tools for a given use case and support the analysis by an example
Done by Alina Walzel
Done as Bachelor thesis
Start: 12.04.2023
End: 23.08.2024
Development and Performance Analysis of an OpenACC-based Fast Multipole Method
Responsible: Laura Morgenstern
Research objective is the development and performance analysis of an OpenACC-based Fast Multipole Method (FMM) for the computation of electrostatical interactions in moleculardynamic simulations. The project is based on FMSolvr, a parallel C++ implementation of an FMM. Subsequently, the developed OpenACC-version of FMSolvr shall be analyzed with regard to potential performance optimizations. Furthermore, diverse parallelization strategies and parameter sets could be developed and compared against each other.
Done by Theresa Werner
Done as Research project
Start: 01.07.2021
End: 30.09.2021
Hybrid Testbeds for Educational Purposed - Design of a Computer Science Lab for Master Students
Responsible: Christine Jakobs
Cooperative master thesis with the professorship for operating systems and middleware of Prof. Polze at HPI. The aim is to analyze the impairments for hybrid computer science labs and to transfer an already existing lab into a hybrid one.
Done by Julia Scharsich
Done as Masters thesis
Start: 23.02.2021
End: 04.04.2022
Coordination Models and Languages
Responsible: Martin Richter
Coordination languages allow the programmer to describe concurrent and distributed computations through the concept of "coordination".It allows to integrate many possibly heterogeneous components by providing distribution transparency.The set of all components forms a single application in a way, that it can be executed in a distributed and parallel fashion. Papadopoulos and Arbab give an overview of different coordination languages in "Coordination Models and Languages".It will be your task to review the paper and present the different coordination models and languages, what differentiates them, what their benefits and drawbacks are and to present at least one use-case per paradigm.
Done by Markus Meier
Done as Research project
Start: 05.04.2024
End: 05.08.2024
RoboCup - Simulators
Responsible: Martin Richter
Since 1997 the RoboCup (Robot Soccer World Cup) is held, where different teams of researchers and students are competing in numerous leagues. A game of robot soccer is always played between two equally sized sets of robots, ranging from five to eleven robots per team. Depending on the league, the game is either simulated or conducted physically with real robots. If the game is simulated (i.e., in the 2D-simulation and 3D-simulation leagues), a soccer simulation platform is utilized. Your task will be to review the current simulation platform (either 2D or 3D), used in the RoboCup.
Done by Paul Kapitän und Martin Ziesche
Done as Proseminar
Start: 13.09.2022
End: 13.03.2023
Heuristic Risk Treatment with TLA+
Responsible: Christine Jakobs
Done by Albrecht Stoye
Done as Research project
Start: 19.05.2022
End: 09.10.2022
Formal Modeling of Meta-Functional Properties of the RaSTA Protocol
Responsible: Billy Naumann
Done by Jonas Henschel
Done as Masters thesis
Start: 01.07.2022
End: 13.12.2022
Component Risk Analysis for Automotive Systems
Responsible: Christine Jakobs
The focus of the research internship is on the implementation of the developed component security risk analysis method. Therefore, the student gets the method description and relevant input data. The task is to read and understand the method description and implement the method in a proper programming language, e.g., Python. The research part of the task consists of researching appropriate implementation schemes and missing information for the technique.
Done by Louis Heyne
Done as Research project
Start: 25.10.2022
End: 07.04.2023
Open-RMF Robot Fleet Management
Responsible: Martin Richter
Done by Martin Ziesche
Done as Proseminar
Start: 01.03.2024
End: 10.10.2024
Comparison of Sensor Data Fusion Methods for Multiple IMUs
Responsible: Martin Richter
Done by Hariraj Rajkumar
Done as Masters thesis
Start: 08.07.2024
End: 13.12.2024
Formal Synthesizing of Security Risk Treatment for Automotive Systems
Responsible: Christine Jakobs
Done by Albrecht Stoye
Done as Masters thesis
Start: 12.01.2023
End: 21.06.2023