|
Title |
Student(s) |
Supervisor |
Finished |
Results |
Links |
| Novel Programming Model and Runtime System for Edge/Cloud Infrastructures | Elias Kohler | Thomas Fahringer | WS2023 | ||
| Distributed Event Queue | Ws2023 | ||||
| Adaptive Mesh Refinement in Hydrodynamics: Redesigning Cronos | Joshua Ocker | Philipp Gschwandtner | SS22 | ||
| Performance Effects of GPU Buffer Indexing Methods in Structured Grid Applications | Julian Stecher | Philipp Gschwandtner | SS22 | ||
| pyFCfier: Portable Python FCifier | Mark Nardi | Sashko Ristov | SS22 | ||
| Performance and Usability Analysis of OpenMP Accelerator Support | Elias Mayr | Philipp Gschwandtner | WS2021 | ||
| xAFCLSim simulation framework | Mika Hautz | Sashko Ristov | WS2021 | ||
| xAFCLTrace scheduling and tracing framework | Philipp Gritsch | Sashko Ristov | WS2021 | ||
| Molecular Dynamics Simulation for GPUs and GPU Clusters | Simon Lechner | Philipp Gschwandtner | WS2021 | ||
| Online Betriebskosten- und Mietabrechnung | Thomas Larcher | Thomas Fahringer | WS2021 | ||
| A learning-based simulation framework for volatile cloud resources | Johannes Spies, Simon Triendl | Sashko Ristov | SS2021 | ||
| Dynamic Scheduling of Serverless Functions | Christian Chisté | Fedor Smirnov | SS2021 | ||
| G2GA: Portable execution of workflows in Google Cloud Functions across multiple FaaS platforms | Anna Kapeller, Felix Petschko | Sashko Ristov | SS2021 | ||
| High-level Distributed GPU Programming using Celerity | Ralf Pernecker, Linus Wald | Philipp Gschwandtner | SS2021 | ||
| Decoupled Automatic Deployment of AFCL Workflows | Caroline Haller, Christoph Abenthung | Sashko Ristov | SS2021 | ||
| Establishing Virtual Networks in Amazon Web Services | Hüseyin Gündogan | Sashko Ristov | WS2020 | ||
| Function Choreography Scheduling Framework for Multiple FaaS Systems | Tobias Pockstaller | Sashko Ristov | WS2020 | ||
| Running workflow applications across multiple cloud providers | Marina Aichinger | Sashko Ristov | SS2020 | ||
| Middleware services to support workflow execution in a Multi-FaaS environment | Jakob Wallnöfer | Sashko Ristov | SS2020 | ||
| High-level Modeling and Low-level Adaptation of Serverless Function Choreographies | Benjamin Walch | Sashko Ristov | SS2020 | ||
| Advisor for renting virtual machines from various public cloud service providers | Thomas Wurzer | Sashko Ristov | SS2020 | ||
| Monitoring system for virtualized resources in a cloud data center | David Bucher, Peter Scheier | Sashko Ristov | SS2020 | ||
| Fault-tolerant execution of serverless functions across multiple FaaS systems | Matteo Bernard Battaglin | Sashko Ristov | SS2020 | ||
| Multi-layer enactment engine for workflow applications | Florian Maier | Sashko Ristov | SS2020 | ||
| Enactment engine for composed serverless functions in Fission FaaS framework | Dominik Kuen | Sashko Ristov | SS2020 | ||
| IoT Data analytics using Serverless Computing | Markus Reiter, Michael Kaltschmid | Sashko Ristov | SS2020 | ||
| Fault-tolerant enactment engine for workflow applications on Amazon EC2 Spot Instances | David Milic, Fabio Schett | Sashko Ristov | WS2019 | ||
| Scalable Data Analytics in Edge Cloud Continuum | Hanna Köb | Sashko Ristov | WS2019 | ||
| Multi-provider enactment engine (EE) for serverless workflow applications | Jakob Nöckl, Markus Moosbrugger | Sashko Ristov | SS2019 | ||
| Code Generation and Specialization for Unstructured Mesh Stencils | Claudia Laube | Peter Thoman | SS2018 | ||
| Progressive ray-guided loading and rendering of Sparse Voxel Octrees on the GPU | Philipp Mildenberger | Peter Thoman | SS2018 | ||
| Chartanalyse und -management | Thomas Perteneder | Thomas Fahringer | |||
| Betriebssystem Services und Visualisierung | Robert Schaffenrath | Thomas Fahringer | WS2018 | ||
| Tiny DAS: a new Approach to Trustmanagement in Sensor Networks | Florian Lechner | Simon Ostermann | |||
| OpenGL Test Applications for GPU Energy and Power Consumptions | Boris Schmiedlehner | Biagio Cosenza | |||
| Surveying the state of auto-vectorization | Andreas Treichl | Peter Thoman | |||
| Implementing BiCGStab Solver in OpenCL | Felix Niederwanger | Peter Thoman | |||
| GPGPU for the GP: general-purpose computing on graphic processing units for the general public | Martin Schuchardt | Peter Thoman | WS2016 | ||
| Vehicle Routing Problem on Android/iOS | Ingrid Berninger | Juan J. Durillo | |||
| A Parallel Approach for Behavioral Animations | Markus Wallinger | Biagio Cosenza | |||
| Optimized Sorting Algorithms for GPU and multicore | Andrea Mussmann | Biagio Cosenza | |||
| Developing an MMOG with automatic content generation | Bernd Altstätter, Daniel Gasteiger | Vlad Nae | |||
| Automatic benchmarking tool | Simon Schuler | Simone Pellegrini | |||
| Evaluating dynamic task generation on GPUs | Markus Walzthöni | Peter Thoman | WS2015 | ||
| Simplifying the installation of ASKALON |
Florian Gugenberger | Simon Ostermann | SS2014 | ||
| Testing Cloud Interfaces and using them in Java |
Markus Devich | Simon Ostermann | SS2014 | ||
| Improving and extending the ASKALON Perftool |
Willi Glaetzle | Simon Ostermann | SS2014 | ||
| Parallel Hierarchical Clustering on the GPU |
Ursula Reiterer | Biagio Cosenza | SS2014 | ||
| Interactive Ray Tracing with Data Locality Optimizations | Sebastian Mayr | Biagio Cosenza | WS2013 | ||
| Parallel Primitive Optimization for GPU and multicore |
Andreas Hörmandinger | Biagio Cosenza | WS2013 | ||
| Parallelismus bei der Berechnung der Inversen Kinematik eines Roboters | Kofler Moosbrugger | Hans Moritsch | SS12 | ||
| Implementing Ray Tracing by exploiting OpenCL Vector Type | Thomas Trenkwalder | Biagio Cosenza | SS12 | ||
| Reporting tool for the INSIEME compiler project | Michael Gasser | Hans Moritsch | SS12 | ||
| Workflow Execution Simulation | Felix Koenig | Kassian Plankensteiner | SS12 | ||
| A data file converter for the F5 Project |
Wolfgang Leimer | Thomas Fahringer | SS12 | ||
| Computation of huge primes in OpenCL | Stefan Rebitsch | Thomas Fahringer | SS12 | ||
| DroidRok – an Amarok-inspired Android OS music player | Lukas Köpfle | Vlad Nae | WS11 | ||
| Übersetzung einer paralleler Zwischendarstellung nach Java | G. Schrempf | Hans Moritsch | WS11 | ||
| Improving and extending GroudSim | Hollaus Christian | Simon Ostermann | SS11 | ||
| Parallele Implementierung der Inversen Kinematik eines Roboters | Mayr Christian | Hans Moritsch | SS11 | ||
| JavaSpaces auf dem Cell-Prozessor | Matthias Wallnoefer | Hans Moritsch | SS11 | ||
| Dynamic on-the-fly tracing tool | Michael Walch | Radu Prodan | SS11 | ||
| Programming Multicore Processors in Java |
Gerold Egger | Hans Moritsch | WS10 | ||
| Verwaltungssystem für Seminararbeiten | Mario Berger | Thomas Fahringer | WS10 | ||
| Inter- and Intra-process Communication Survey | Bernhard Höckner | Peter Thoman | WS10 | ||
| Improve Checkstyle Integration in Eclipse | Lukas Frena | Max Berger | WS10 | here | |
| Grid Software Constraints | Romedius Weiss | Max Berger | SS09 | here | |
| Improvement of XMPP support in ECF | Roland Matha | Max Berger | SS09 | here | |
| Secure Web based Workflow Repository for ASKALON | Christian Sillaber | Malik Muhammad Junaid |
SS09 | ||
| Implementierung von KNN-Verfahren auf NVIDIA CUDA | Tuncay Erdogus | Stefan Podlipnig | SS09 | ||
| Web Service connector for Jini | Christian Lumper | Max Berger | SS09 | here | |
| Grid Software Detection | David Gstir | Max Berger | SS09 | here | |
| Visualisierungsframework für Verteilte Systeme | Dominik Psenner, Christoph Caks | Max Berger | WS08/09 | here | |
| Eliminating TCP’s end-of-stream-timeout problem | Richard Weinberger | Michael Welzl | WS08/09 | here | |
|
Verteilte Suche nach “no-set” mappings im Spiel SET
|
Michael Sperk | Max Berger | SS08 | here | |
| Workflow Runtime Visualization | Christoph Leiter | Kassian Plankensteiner | SS08 | here | |
| Askalon Visualization Diagrams | Herbert Jordan | Thomas Fahringer | WS 07/08 | here |
Completed theses (old style)
|
Title |
Student(s) |
Supervisor |
Finished |
Results |
Links |
| Implementation of selected Objective Video Quality Metrics | Florian Wieser | Schier Michael | SS09 | ||
| Fund-managing Application for the DPS-Group | Marco Steffan | Max Berger | WS08/09 | ||
| Distributed Game Server Simulator | Minh Tri Do Dinh, Stephan Sossau | Vlad Nae | WS08/09 | ||
| Grid Resource Test Tool Extension | Daniel Bodner | Simon Ostermann | WS 08/09 | ||
| Visualization Diagram Testing | Koelloe Szabolcs | Simon Ostermann | WS 08/09 | ||
| Entwicklung eines Programms zur Simulation einer Warteschlange in einem Internet-Router | Armin Masl, Stefano Sudaro | Sven Hessler, Michael Welzl | SS 08 | ||
| Evaluierung eines iptables-Moduls zur Burst-Erkennung | Thomas Mader | Sven Hessler | SS 08 | ||
| NVIDIA CUDA Revolutionary GPU Computing 1 |
Bernhard Leschinger | Radu Prodan | SS 08 | ||
|
Qualitaetsmetriken fuer Videos
|
Florian Wieser | Michael Welzl |
SS 08 | ||
| NVIDIA CUDA Revolutionary GPU Computing 2 |
J. A. Schuetz | Radu Prodan | SS08 | ||
| Grid Resource Test Tool | Georg Kraler, Daniel Bodner |
Simon Ostermann | SS 08 | ||
| Ein Visualisierungs-Framework in Qt (Arbeitstitel) | Martin Schöpf | Stefan Podlipnig (Heiko Kinzel) | WS07/08 | ||
| Can NWS make you rich? | Manuel Lang | Michael Welzl | SS07 | ||
| Evaluation of RTT-fair High-Speed Transport Protocols | Hofbauer Stefan | Kashif Munir | SS07 | ||
| Sprachsynthese und Bilderkennung fuer Roboter-Kleinsysteme | Thomas Hausberger | Thomas Fahringer | SS07 | here | |
| Wrapper für PlaySOM | Michael Tschuggnall | Thomas Fahringer | SS07 | ||
| JavaSymphony: Network Agent | Christoph Brejla | Thomas Fahringer | SS07 | ||
| AGWL Visualization | Michael Rogger | Jun Qin | SS07 | here | |
| JavaSymphony: Administration Shell | Philipp Vallant | Thomas Fahringer | SS07 | here | |
| Die Anwendung von Rekurrenzplots in der Informatik | Stephan Woelger | Stefan Podlipnig | SS07 | ||
| Erstellung eines Excel-Clients für Web-service-based Grid-Executor-Services | Cornelia Haisjackl | Jürgen Hofer | SS07 | ||
| Evaluation of accounting overhead of Askalon middleware services (working title) | Phillip Zech, Philipp Kalb | Alex Villazon | SS07 | ||
| Erstellung eines Matlab-Clients für Web-service-based Grid-Executor-Services | Martin Gratz | Jürgen Hofer | SS07 | ||
|
Workflow Converter in the ASKALON Grid Environment |
Michael Mair |
Marek Wieczorek | SS07 | ||
| Verbesserung und Ergänzung des NSBM Tools | Stefan Hirschmann | Michael Welzl | SS 07 | here | |
| Ein iptables-Modul zur Erkennung von Datenbursts | Helmut Duregger, Thomas Mader | Sven Hessler | SS 07 | ||
| Machine Learning in Computer Networks | Stefan Holzmann | Stefan Podlipnig | SS 07 | ||
| Automatische Evaluierung von Legacy-Application Termination-Causes durch Wrapper-Services | Georg Kraler | Jürgen Hofer | SS 07 | ||
| Vergleich von adaptiven exponentiellen Glättungsalgorithmen | Stefan Schwarzmann | Stefan Podlipnig | SS 07 | ||
| A General Prediction System Based on the k-Nearest Neighbor Algorithm | Thomas Trojer | Stefan Podlipnig | SS 07 | ||
| Evaluating and Using pyGridWare (Python WSRF implementation) for Scientific Grid Computing | Martin Kammerlander | Jürgen Hofer | SS 07 | ||
| Toolkit für die Auswertung von Trajektorien von quantenmechanischen Molekulardynamiksimulationen | Michael Tschuggnall | Thomas Fahringer | WS 06/07 | ||
| Programmierung von Roboter-Kleinsystemen | Thomas Hausberger | Thomas Fahringer | WS 06/07 | ||
| IBL-Algorithmen für die Performance-Vorhersage in GRID-Systemen | Stefan Hirschmann | Stefan Podlipnig | WS 06/07 | ||
| Decision Trees for Performance Prediction in Grid Systems | Stefan Holzmann | Stefan Podlipnig | WS 06/07 | ||
|
Online Computation of Approximate Order Statistics |
Manuel Meitinger |
Stefan Podlipnig | WS06/07 | ||
| Die Lokalität der Referenz im Web | Stephan Wölger | Stefan Podlipnig | WS 06/07 | ||
| Monitoring and Management of Web Services based on WSDM | Waldemar Hummer | Hong-Linh Truong | WS 06/07 | ||
| Evaluating and Using WSRF.NET for Scientific Grid Computing | Armin Abfalterer | Jürgen Hofer | WS 06/07 | |
|
| Institute Library System | Nathalie Steinmetz | Thomas Fahringer(Marek Wieczorek) | SS 06 | ||
| Using WS-I / WSRF / J2EE / .NET (Mono) for scientific Grid applications | Barbara Pfeifer, Maximilian Egger | Jürgen Hofer |
SS 06 | ||
| Realization of a comfortable graphical/textual Editor Eclipse-Plugin |
Nina Götz | Jürgen Hofer | SS 06 | ||
| Modeling and Visualization of AGWL with EMF and GEF |
Christian Gabl | Jürgen Hofer | Part 1: WS 05/06, Part 2: SS 06 |
||
| An Ajax-based Grid portal for Povray | Johann Siegele | Alex Villazon | WS 05/06 | ||
| Verkehrsanalyse von Media-Streaming Anwendungen hinsichtlich ihrer Verwendung von Echzeit-Protokollen | Martin Hofmann, Alexander Gamper | Sven Hessler | WS 05/06 |  |
|
| Realisierung von PTP Funktionalität mit SNMP | Eva Zangerle, Robert Binna | Michael Welzl |
WS 05/06 |
 Weitere Ergebnisse: rpm, readme und Doxygen Dokumentation |
hier |
| Aktualisierung des “PTP”-Protokolls |
Martin Rabanser | Michael Welzl |
WS 05/06 |
 |
hier |
| VisualNWS – Visualisierungstool für Network Weather Service |
Thomas Berger, Philip Kahle |
Stefan Podlipnig | WS 05/06 | ||
| Calculating Fractals on the Grid | Johann Siegele | Alex Villazon | SS 05 | ||
| Grid Services and Ontologies, Evaluation of the available technologies | Peter Hengl | Alex Villazon | SS 05 | ||
| Network Weather Service – Verhaltensanalyse mit Hilfe künstlicher Zeitreihen | Sebastian Schönherr, Hansi Weißensteiner | Stefan Podlipnig | SS 05 | ||
| Verbesserung von Path MTU Discovery | Richard Spindler | Michael Welzl |
SS 05 | und Code |
hier |
| Analyse von SCTP (in Kooperation mit Phion) |
Florian Niederbacher | Michael Welzl |
SS 05 | hier | |
| NetMusic | Klaus Hörmann | Michael Welzl | SS 05 |
 und Code |
hier |
| Ein graphischer Editor für ns-2 | Wolfgang Gassler, Robert Binna, Thomas Gatterer | Michael Welzl | SS 05 | Ergebnisse | hier |
| Evaluierung von Netzwerk-Testumgebungen, Teil 2 | Florian Matous | Michael Welzl |
SS 05 | Ergebnisse |
hier |
| Evaluation of Comodity of the Grid technology: The case of a Grid portal using JavaCog and Servlets | Peter Brunner | Alex Villazon | WS 04/05 | ||
| Analyse des Netzwerkverhaltens von Computerspielen und Echtzeit-Multimedia-Internetanwendungen: detaillierte Analyse von Fifa Football, Jedi Knight II und iVisit | Roland Wallnöfer | Michael Welzl |
WS 04/05 | Anhang: |
hier |
| Analyse des Netzwerkverhaltens von Echtzeit-Multimedia-Internetanwendungen (Videoconferencing) | Roland Wallnöfer | Michael Welzl |
WS 04/05 | Ergebnisse: |
hier |
| Analyse des Netzwerkverhaltens von Echtzeit-Multimedia-Internetanwendungen (VoIP) | Thomas Rammer | Michael Welzl |
SS 04 bzw. WS 04/05 |
Ergebnisse Teil 1: Bak und Anhang Ergebnisse Teil 2: Bak und Anhang |
hier |
| Analyse des Netzwerkverkehrs von Computerspielen | Andreas Radinger, Marcus Fischer | Michael Welzl | SS 04 |
|
hier |
| Effizienzanalyse im Netzwerkverhalten von MPI-Systemen | Muhlis Akdag | Michael Welzl |
SS 04 |
|
hier |
| Wer verwirft meine Pakete? | Marcus Fischer | Michael Welzl | SS 04 | Softwarepaket |
hier |
| Evaluierung von Netzwerk-Testumgebungen | Markus Sigl, Andreas Klotz | Michael Welzl |
SS 04 | Ergebnisse |
hier |
| Analyse des Netzwerkverhaltens von Echtzeit-Multimedia-Internetanwendungen | Muhlis Akdag | Michael Welzl | SS 04 |
Bak und Anhang oder alles komplett |
hier |
| Visualisierung von Routing-Algorithmen | Christian Sternagel | Michael Welzl | SS 04 |
Ergebnisse |
hier |
| Der ns Netzwerksimulator: Dokumentation und Entwicklung von Unterrichtsbeispielen | Christian Kienzl, Gernot Gebhart | Michael Welzl | WS 03/04 | Ergebnisse | hier |
| Messung der Verzögerung von IP-Paketen mit Optionen in Routern (Teil 1) | Mattia Rossi | Michael Welzl | WS 03/04 | Ergebnisse | hier |
| Implementierung eines vektordiagramm-basierten Mini-Netzwerksimulators als Visualisierungs-, Design- und Analysewerkzeug | Christian Sternagel | Michael Welzl | WS 03/04 | Ergebnisse |
hier |
NOTE: for Completed theses (old style) some of the links might be broke