Topics for Research Seminar etc. · Topics for Research Seminar etc. SSE Zimmermann Hauptseminar /...
Transcript of Topics for Research Seminar etc. · Topics for Research Seminar etc. SSE Zimmermann Hauptseminar /...
Summer Semester 2016FG System- und Softwareengineering
Prof. Dr.-Ing. Armin Zimmermann
Topics for Research Seminar etc.
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 2
TimeNET
Topic Area TimeNET Supervisor: Zimmermann
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 3
TimeNET
TimeNET – Topics Programming Small issues, improvements Implementation of comments as model objects for eDSPN,
copying the design from SCPNs Improvement of display accuracy of the graphical result
monitor Analysis and improvement of performance problems and
progress bar for result monitor Extension of SCPN expressions by relative and absolute paths Additional random distributions for delays in simulations …
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 4
TimeNET
TimeNET – Themen Concept Impulse Rewards for eDSPN models
Literature Stochastically and Dynamically Coloured Petri Nets Repairable Fault Trees Multi Formalism Modelling Tool(s) Modular Extension of Safety-Critical Software
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 5
Model-Based Systems and Software Engineering
Topic Area Eclipse Modeling Project (EMP), Eclipse Projekt Sirius Selection of best models for: Structure and behavior Meta model definition and graphical UI realization Prototype implementation of code generators Execution Engine Literature work … implementation
Tools Java, Sirius, Acceleo
Supervisor Ralph Maschotta, Alexander Wichmann
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 6
Optimization Plugin
Plugin for optimization model configuration Software generation for model-based design Separation between optimization model and GUI Configuration of optimization heuristics
Supervisor:Alexander Wichmann
18/04/16Page 6
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 7
Simulation-Based Tools for WSN
Topic Area Simulation model of a wireless sensor network Framework for simulation-based applications Plugin concept
Configuration, Optimization Generation of firmware (thelosB)
Environment C++, Qt, CTK OpenGL (GLC-Lib) Eclipse, Git, Trac
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 8
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WSN Experimental Platform
Topic Area Wireless Sensor Network HW Testbed Sensor value transmission Protocol implementation Interface HW / model Literature, design, implementation
Environment TinyOS, C, ThreadX
Supervisor Ralph Maschotta
SSE
Intelligent Multicopter Charging Station with MAVLink/Ardupilot
Topic Semi-autonomous landing and charging station to allow
autonomous flight missions of UAV swarms Station design could be similar to Ardupilot AntennaTracker
Supervisor Thomas Dietrich
Softwareprojekt SS2015 - Einführungsveranstaltung 9
SSE
Automatic Charging of UAVs
Topic Literature and market
research for UAV on-board-charging solutions
Aspects: cost, safety, weather robustness, charging speed, restrictions
Supervisor Thomas Dietrich
Softwareprojekt SS2015 - Einführungsveranstaltung 10
SSE
Extension of Control Station Software
Topic Implement an energy-
estimation and planning algorithm from an earlier work
Extend by measurement control, calibration, flight plan energy prediction
Supervisor Thomas Dietrich
Softwareprojekt SS2015 - Einführungsveranstaltung 11
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 12
Interactive GIS
Description Geographic Information Systems are able to visualize
geographical data and processes. With MLDesigner SO4A/SOPHIA global airline operations and maintenanceprocesses are simulated. The goal of this topic is theevaluation of existing GIS and exemplary integration ofone system to visualize fleet processes.
Scale Bachelor Thesis, Master Thesis, Internship Mission Level
Design GmbH
Advisor Dipl.-Inf. Tino Jungebloud
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 13
Modeling Electrical Systems
Description Modeling and simulation of complex mixed
hardware/software systems often requires the consideration of electrical characteristics.
Concept and implementation of libraries in MLDesigner™ CT/DE domain for the description of abstract electrical systems.
Scale Projekt Seminar, Bachelor Thesis
Advisors Dipl.-Inf. Tino Jungebloud, Sven Kein, M.Sc.
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 14
CRC for Channel Models
Description The recent MLDesigner NetGen modeling library
components such as Ethernet IPv6 does not implementfull fledged error detection mechanism such as CRC. The goal is the modeling and validation of CRC -generation and -checking with variable bit length as part of NetGen.
Additionally, alternative mechanisms for error detection should be found and investigated.
Scope Project Seminar
Advisor Sven Kein, M.Sc.
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 15
AFDX Configuration
Description The MLDesigner NetGen modeling libraries for crossbench
modeling of networked systems supports AFDX with predefined configuration. The goal is to analyze MLDesigner system models using the AFDX network components and autmatically derive valid node setups, routing tables and switch configurations.
Scale Projekt Seminar, Bachelor Thesis
Advisors Sven Kein, M.Sc.
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 16
IPv6 Channel Modeling
Description The MLDesigner NetGen modeling libraries for crossbench
modeling of networked systems supports AFDX, ARINC664, ARINC825, CAN, FlexRay, LIN and a basic implementation of Ethernet IPv6. Based on this work, modeling components supporting the IPv6 standard should be designed, implemented and validated.
This includes the implementation of routing algorithms (djikstra, link state), as well as Anycast and Multicast.
Scope Projekt Seminar, Bachelor Thesis
Advisor Sven Kein, M.Sc.
Hauptseminar / ProjektseminarSSE Zimmermann Einführung – 17
Cable Descriptions Bus Models
Description MLDesigner NetGen modelling library components such as
CAN or FlexRay does not consider bus cable length and arising communication failures. Error detection and retransmissions can significantly affect the reliability and performance. Model elements for this purpose should be identified and implemented in the NetGen model library.
Scale Project Seminar, Bachelor Thesis, Master Thesis,
Advisor Sven Kein, M.Sc.