Master's Thesis Seminar WS

339.505 Mössenböck, Blaschek, Prähofer Mo 15:30 - 17:00 S3 218 Start: Mo 08.10.2018, 15:30, S3 218

Schedule WS 2018

29.10.Hagmüller, Pekarek,
05.11.Hansal, Kahlhofer
19.11.Gander, Lang
26.11.Feichtinger, Pekarek
28.01.Hagmüller, Gander

How it works

Every candidate gives 3 presentations over 2 semesters:

1. presentation (10 min.): Motivation, overview, preliminary ideas, existing solutions, time schedule
2. presentation (25-30 min.): Progress report, current architecture, first results
3. presentation (25-30 min.): Final results

It is mandatory to attend the Master's thesis seminar even if you do not give a presentation. You are expected to participate in the discussions and to provide feedback to the presenters.

Normally, you need 2 minutes per slide. Avoid slides which consist only of text bullets. Rather, present your ideas, algorithms, architectures, and user interfaces with pictures and examples if possible. Don't forget that there is also a whiteboard that you can use.

Don't waste too much time with a formal introduction and come to the point quickly. Concentrate on the concepts of your work and don't talk too much about details unless necessary. Make the presentation understandable to colleagues who are not specialists in your field. Your goal should be that your colleagues get new insights into your work and can take something home from your talk.

Further information

Current Master students

Sanel Badic
Reactive Conversion Server
Supervisor: Prof. Prähofer

Kevin Feichtinger
Integration of Feature Modeling and Static Code Analysis in the FORCE Tool Environment
Supervisor: Prof. Prähofer

Patrick Hagmüller
A Truffle CIL Interpreter
Supervisor: DI Leopoldseder

Josef Haider
An ECMAScript 2015-Compliant Automata-based Regular Expression Engine for Graal.js
Supervisor: DI Rigger, M.Phil.

Raphael Mosaner
On-Stack Replacement for Sulong
Supervisor: DI Rigger

Christian Niederer
Pointer Tracing Support for Hotspot's G1 Garbage Collector in AntTracks
Supervisor: DI Weninger

Daniel Pekarek
A Truffle-based Interpreter for x86 Binary Code
Supervisor: DI Rigger

Gabriel Schörghuber
Implementation of a Register Allocation Verifier for the Graal Compiler
Supervisor: DI Eisl