Teaching - Lehrstuhl für Informatik III

Telefon	(0931) 31-88324 (Telefon aktuell nicht besetzt, bitte Gesprächstermin via E-Mail vereinbaren.)
Telefax	(0931) 31-86632
E-Mail	florian.metzger@uni-wuerzburg.de
GPG Fingerprint	C98A 32B7 554F C5CC 4E5A 60FB 1CE5 B541 7B20 99C7
Web	https://www.tru42.org/fm/
Raum	A213a
Anschrift	Lehrstuhl für Informatik III Am Hubland D-97074 Würzburg

Publikationen | Lehre | Projekte

Vorlesungen

2021 (Winter): Neue Internetanwendungen (NIA)
2021 (Sommer): Simulationstechnik
2019 (Winter): Neue Internetanwendungen (NIA)
2018 (Winter): Neue Internetanwendungen (NIA)
2014 (Winter): Netzwerktechnologien für Multimediaanwendungen (Universität Wien)

Übungen

2021 Winter: Übung Neue Internetanwendungen
2021 Sommer: Übung Simulationstechnik
2019 Winter: Übung Neue Internetanwendungen
2018 Winter: Übung Neue Internetanwendungen
2017: Projektgruppe 'Aggregated IoT' (Universität Duisburg-Essen)
2015-2018: Übungen zu Diskrete Simulation und Neue Internet-Anwendungen (Universität Duisburg-Essen)
2010-2015: Übungen zu Netzwerktechnologien und Netzwerktechnologien für Multimediaanwendungen (Universität Wien)

Abgeschlossene Masterarbeiten

Evaluating the Nature-inspired DESYNC Mechanism as an Energy-efficient LoRaWAN MAC Raffeck, Simon PhD thesis, University of Würzburg. (2021, December).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-master-2021-10, author = {Raffeck, Simon}, keywords = {sys:hidden:supervisor:florian.metzger}, month = 12, school = {University of Würzburg}, title = {Evaluating the Nature-inspired DESYNC Mechanism as an Energy-efficient LoRaWAN MAC}, year = 2021 }

%0 Thesis %1 info3-master-2021-10 %A Raffeck, Simon %D 2021 %T Evaluating the Nature-inspired DESYNC Mechanism as an Energy-efficient LoRaWAN MAC
Characterisation of the APM in videogames using DOTA 2 Stulier, Norman PhD thesis, University of Würzburg. (2020, November).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-master-2020-12, author = {Stulier, Norman}, keywords = {sys:hidden:supervisor:florian.metzger}, month = 11, school = {University of Würzburg}, title = {Characterisation of the APM in videogames using DOTA 2}, year = 2020 }

%0 Thesis %1 info3-master-2020-12 %A Stulier, Norman %D 2020 %T Characterisation of the APM in videogames using DOTA 2

Abgeschlossene Bachelorarbeiten

Exploratory Comparison of Contemporary Cloud Gaming Services Schmitt, Patrick PhD thesis, University of Würzburg. (2021, July).
- [ Abstract ]
- [ BibTeX ]
- [ EndNote ]
Recently, Cloud Gaming services have once again risen in popularity, with more and more commercial offerings becoming available. Your job in this thesis would be to investigate and compare these services on a technical level and based on their network characteristics.

@mastersthesis{info3-bachelor-2020-19, abstract = {Recently, Cloud Gaming services have once again risen in popularity, with more and more commercial offerings becoming available. Your job in this thesis would be to investigate and compare these services on a technical level and based on their network characteristics.}, author = {Schmitt, Patrick}, keywords = {fullstack}, month = 7, school = {University of Würzburg}, title = {Exploratory Comparison of Contemporary Cloud Gaming Services}, year = 2021 }

%0 Thesis %1 info3-bachelor-2020-19 %A Schmitt, Patrick %D 2021 %T Exploratory Comparison of Contemporary Cloud Gaming Services %X Recently, Cloud Gaming services have once again risen in popularity, with more and more commercial offerings becoming available. Your job in this thesis would be to investigate and compare these services on a technical level and based on their network characteristics.
Profiling the E2E Delays of Streamed Video Games with the Camera Method Theiner, Markus PhD thesis, University of Würzburg. (2021, September).
- [ Abstract ]
- [ BibTeX ]
- [ EndNote ]
Determining the E2E lag of actions in video games is not trivial since there is no built-in way to grasp the full lag, including that contributed by the input and output. A standardized method is to record both input and output with a high framerate camera and count the frames from a visible input event to the result on screen. Your job is to perform these measurements for different actions in a series of games, and examine the overhead game streaming generates for them. Note: It might currently not be possible to perform these experiments, as they rely on a physical testbench.

@mastersthesis{info3-bachelor-2020-6, abstract = {Determining the E2E lag of actions in video games is not trivial since there is no built-in way to grasp the full lag, including that contributed by the input and output. A standardized method is to record both input and output with a high framerate camera and count the frames from a visible input event to the result on screen. Your job is to perform these measurements for different actions in a series of games, and examine the overhead game streaming generates for them. Note: It might currently not be possible to perform these experiments, as they rely on a physical testbench.}, author = {Theiner, Markus}, keywords = {abschlussarbeit}, month = 9, school = {University of Würzburg}, title = {Profiling the E2E Delays of Streamed Video Games with the Camera Method}, year = 2021 }

%0 Thesis %1 info3-bachelor-2020-6 %A Theiner, Markus %D 2021 %T Profiling the E2E Delays of Streamed Video Games with the Camera Method %X Determining the E2E lag of actions in video games is not trivial since there is no built-in way to grasp the full lag, including that contributed by the input and output. A standardized method is to record both input and output with a high framerate camera and count the frames from a visible input event to the result on screen. Your job is to perform these measurements for different actions in a series of games, and examine the overhead game streaming generates for them. Note: It might currently not be possible to perform these experiments, as they rely on a physical testbench.
Hit Detection with Asymmetric Latency in UE4 Authoritative Multiplayer Games Wolz, Manuel PhD thesis, Universität Würzburg. (2019, August).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-bachelor-2019-10, author = {Wolz, Manuel}, keywords = {sys:hidden:supervisor:florian.metzger}, month = 8, school = {Universität Würzburg}, title = {Hit Detection with Asymmetric Latency in UE4 Authoritative Multiplayer Games}, year = 2019 }

%0 Thesis %1 info3-bachelor-2019-10 %A Wolz, Manuel %D 2019 %T Hit Detection with Asymmetric Latency in UE4 Authoritative Multiplayer Games
Observing Changes in Machine Learning Behavior from Input Latency in Games Ewald, Marvin PhD thesis, Universität Würzburg. (2019, August).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-bachelor-2019-9, author = {Ewald, Marvin}, keywords = {sys:hidden:supervisor:florian.metzger}, month = 8, school = {Universität Würzburg}, title = {Observing Changes in Machine Learning Behavior from Input Latency in Games}, year = 2019 }

%0 Thesis %1 info3-bachelor-2019-9 %A Ewald, Marvin %D 2019 %T Observing Changes in Machine Learning Behavior from Input Latency in Games
Evaluation of the Movement Synchronization of Unreal Engine 4 Gölz, Joseph PhD thesis, Universität Würzburg. (2018, September).
- [ Abstract ]
- [ BibTeX ]
- [ EndNote ]
The Quality of Service and associated Quality of Experience that networked games provide to a user are susceptible to many inﬂuences. Network conditions are a known factor, when it comes to evaluating the synchronization of clients that partake in the same game, as well as the server. Compared to prior work, that either only focused on a small parameter space or used theoretical approaches that did not factor in the eﬀects diﬀerent game and engine settings can have, this was the target of this thesis. By implementing a fully automated testbed, utilizing an Unreal Engine 4 game prototype, a multitude of diﬀerent parameter sets could be tested and evaluated. This was done by observing character locations and replicated movement information, and printing them to log ﬁles. Instead of querying humans for perceived QoE, spatial and temporal diﬀerences between replicated characters and their movement was measured. When evaluating these measurements, insights regarding parameter dependencies and critical measurement inﬂuences were gained. This for example includes the necessity of an advanced, uniﬁed character movement model to improve evaluation potential.

@mastersthesis{info3-bachelor-2018-12, abstract = {The Quality of Service and associated Quality of Experience that networked games provide to a user are susceptible to many inﬂuences. Network conditions are a known factor, when it comes to evaluating the synchronization of clients that partake in the same game, as well as the server. Compared to prior work, that either only focused on a small parameter space or used theoretical approaches that did not factor in the eﬀects diﬀerent game and engine settings can have, this was the target of this thesis. By implementing a fully automated testbed, utilizing an Unreal Engine 4 game prototype, a multitude of diﬀerent parameter sets could be tested and evaluated. This was done by observing character locations and replicated movement information, and printing them to log ﬁles. Instead of querying humans for perceived QoE, spatial and temporal diﬀerences between replicated characters and their movement was measured. When evaluating these measurements, insights regarding parameter dependencies and critical measurement inﬂuences were gained. This for example includes the necessity of an advanced, uniﬁed character movement model to improve evaluation potential.}, author = {Gölz, Joseph}, keywords = {sys:hidden:supervisor:florian.metzger}, month = 9, school = {Universität Würzburg}, title = {Evaluation of the Movement Synchronization of Unreal Engine 4}, year = 2018 }

%0 Thesis %1 info3-bachelor-2018-12 %A Gölz, Joseph %D 2018 %T Evaluation of the Movement Synchronization of Unreal Engine 4 %X The Quality of Service and associated Quality of Experience that networked games provide to a user are susceptible to many inﬂuences. Network conditions are a known factor, when it comes to evaluating the synchronization of clients that partake in the same game, as well as the server. Compared to prior work, that either only focused on a small parameter space or used theoretical approaches that did not factor in the eﬀects diﬀerent game and engine settings can have, this was the target of this thesis. By implementing a fully automated testbed, utilizing an Unreal Engine 4 game prototype, a multitude of diﬀerent parameter sets could be tested and evaluated. This was done by observing character locations and replicated movement information, and printing them to log ﬁles. Instead of querying humans for perceived QoE, spatial and temporal diﬀerences between replicated characters and their movement was measured. When evaluating these measurements, insights regarding parameter dependencies and critical measurement inﬂuences were gained. This for example includes the necessity of an advanced, uniﬁed character movement model to improve evaluation potential.

Abgeschlossene Praktika

Measuring the Effectiveness of Latency Mitigation Methods with a Prototype Video Game Leidinger, Ferdinand PhD thesis, University of Würzburg. (2022, February).
- [ Abstract ]
- [ BibTeX ]
- [ EndNote ]
Video games with a competitive multiplayer modes must deal with the troubles of high and varying end-to-end lag. They can employ varying methods to manage, mitigate or conceal this lag and equalize it between different clients. But the closed source nature of video games makes examining the effectiveness of these mechanisms hard. Your job is to implement a simple video game prototype from scratch that uses an authoritative client-server multiplayer approach and implements such lag mitigation mechanisms. With this prototype we want to get a better understanding of the effectiveness of these lag concealment measures.

@mastersthesis{info3-master-2020-4, abstract = {Video games with a competitive multiplayer modes must deal with the troubles of high and varying end-to-end lag. They can employ varying methods to manage, mitigate or conceal this lag and equalize it between different clients. But the closed source nature of video games makes examining the effectiveness of these mechanisms hard. Your job is to implement a simple video game prototype from scratch that uses an authoritative client-server multiplayer approach and implements such lag mitigation mechanisms. With this prototype we want to get a better understanding of the effectiveness of these lag concealment measures.}, author = {Leidinger, Ferdinand}, keywords = {abschlussarbeit}, month = 2, school = {University of Würzburg}, title = {Measuring the Effectiveness of Latency Mitigation Methods with a Prototype Video Game}, year = 2022 }

%0 Thesis %1 info3-master-2020-4 %A Leidinger, Ferdinand %D 2022 %T Measuring the Effectiveness of Latency Mitigation Methods with a Prototype Video Game %X Video games with a competitive multiplayer modes must deal with the troubles of high and varying end-to-end lag. They can employ varying methods to manage, mitigate or conceal this lag and equalize it between different clients. But the closed source nature of video games makes examining the effectiveness of these mechanisms hard. Your job is to implement a simple video game prototype from scratch that uses an authoritative client-server multiplayer approach and implements such lag mitigation mechanisms. With this prototype we want to get a better understanding of the effectiveness of these lag concealment measures.
Networking models and lag prevention methods of old games Seybold, Jörn PhD thesis, University of Würzburg. (2021, December).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-praktikum-2020-6, author = {Seybold, Jörn}, keywords = {abschlussarbeit}, month = 12, school = {University of Würzburg}, title = {Networking models and lag prevention methods of old games}, year = 2021 }

%0 Thesis %1 info3-praktikum-2020-6 %A Seybold, Jörn %D 2021 %T Networking models and lag prevention methods of old games
Towards Modeling Energy Performance of LoRaWAN Transmissions: A Verification of Theoretical Predictions Raffeck, Simon PhD thesis, University of Würzburg. (2020, April).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-praktikum-2020-4, author = {Raffeck, Simon}, keywords = {fullstack}, month = 4, school = {University of Würzburg}, title = {Towards Modeling Energy Performance of LoRaWAN Transmissions: A Verification of Theoretical Predictions}, year = 2020 }

%0 Thesis %1 info3-praktikum-2020-4 %A Raffeck, Simon %D 2020 %T Towards Modeling Energy Performance of LoRaWAN Transmissions: A Verification of Theoretical Predictions
Statistische Evaluation der APM in DOTA 2 Stulier, Norman PhD thesis, Universitiy of Würzburg. (2019, October).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-praktikum-2019-14, author = {Stulier, Norman}, keywords = {sys:hidden:supervisor:florian.metzger}, month = 10, school = {Universitiy of Würzburg}, title = {Statistische Evaluation der APM in DOTA 2}, year = 2019 }

%0 Thesis %1 info3-praktikum-2019-14 %A Stulier, Norman %D 2019 %T Statistische Evaluation der APM in DOTA 2
Analysis of Geographic Data in R Janiak, Lea PhD thesis, Universitiy of Würzburg. (2019, November).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-praktikum-2019-11, author = {Janiak, Lea}, keywords = {sys:hidden:supervisor:florian.metzger}, month = 11, school = {Universitiy of Würzburg}, title = {Analysis of Geographic Data in R}, year = 2019 }

%0 Thesis %1 info3-praktikum-2019-11 %A Janiak, Lea %D 2019 %T Analysis of Geographic Data in R
IoT-Datenanalyse im Smart City-Kontext Biskup, Fabian PhD thesis, Universitiy of Würzburg. (2019, July).
- [ BibTeX ]
- [ EndNote ]
@mastersthesis{info3-praktikum-2019-10, author = {Biskup, Fabian}, keywords = {sys:hidden:supervisor:florian.metzger}, month = 7, school = {Universitiy of Würzburg}, title = {IoT-Datenanalyse im Smart City-Kontext}, year = 2019 }

%0 Thesis %1 info3-praktikum-2019-10 %A Biskup, Fabian %D 2019 %T IoT-Datenanalyse im Smart City-Kontext

Dr. Florian Metzger

Vorlesungen

Übungen

Abgeschlossene Masterarbeiten

Abgeschlossene Bachelorarbeiten

Abgeschlossene Praktika

Hinweis zum Datenschutz

Hinweis zum Datenschutz

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