Lukas Iffländer

• 
  Performance Influence of Security Function Chain Ordering. Iffländer, Lukas; Fella, Nicolas; in Companion of the 2019 ACM/SPEC International Conference on Performance Engineering (2019). 45--46.
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  In modern days security systems often reach their performance peak and limit the protected application. Utilizing the available resources for security more efficiently is becoming more critical. In this paper, we introduce the claim, that no static security function chain is optimal in every situation. First experiments prove our claim.
  @inproceedings{Ifflaender2019_PerformanceInfluenceofSecurityFunctionChainOrdering, abstract = {In modern days security systems often reach their performance peak and limit the protected application. Utilizing the available resources for security more efficiently is becoming more critical. In this paper, we introduce the claim, that no static security function chain is optimal in every situation. First experiments prove our claim.}, address = {New York, NY, USA}, author = {Iffl{ä}nder, Lukas and Fella, Nicolas}, booktitle = {Companion of the 2019 ACM/SPEC International Conference on Performance Engineering}, keywords = {descartes Networking Application-aware Self-aware-computing Reliability SDN select Performance Security Resource_management Online_monitoring_and_forecasting Optimization myown Self-adaptive-systems EvIDencE Metrics_and_benchmarking_methodologies}, pages = {45–46}, publisher = {ACM}, series = {ICPE '19}, title = {Performance Influence of Security Function Chain Ordering}, year = 2019 }
  %0 Conference Paper %1 Ifflaender2019_PerformanceInfluenceofSecurityFunctionChainOrdering %A Iffländer, Lukas %A Fella, Nicolas %B Companion of the 2019 ACM/SPEC International Conference on Performance Engineering %C New York, NY, USA %D 2019 %I ACM %P 45--46 %T Performance Influence of Security Function Chain Ordering %U http://doi.acm.org/10.1145/3302541.3311965 %X In modern days security systems often reach their performance peak and limit the protected application. Utilizing the available resources for security more efficiently is becoming more critical. In this paper, we introduce the claim, that no static security function chain is optimal in every situation. First experiments prove our claim.
• 
  Hands Off my Database: Ransomware Detection in Databases through Dynamic Analysis of Query Sequences Iffländer, Lukas; Dmitrienko, Alexandra; Hagen, Christoph; Jobst, Michael; Kounev, Samuel; (2019).
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  @techreport{Ifflander_Hands_Off_my_Database, author = {Iffl{ä}nder, Lukas and Dmitrienko, Alexandra and Hagen, Christoph and Jobst, Michael and Kounev, Samuel}, institution = {Universit{ä}t W{ü}rzburg}, journal = {arXiv}, keywords = {descartes Security Design_of_software_and_systems myown select Performance EvIDencE}, month = {jul}, title = {{Hands Off my Database: Ransomware Detection in Databases through Dynamic Analysis of Query Sequences}}, year = 2019 }
  %0 Report %1 Ifflander_Hands_Off_my_Database %A Iffländer, Lukas %A Dmitrienko, Alexandra %A Hagen, Christoph %A Jobst, Michael %A Kounev, Samuel %D 2019 %J arXiv %T Hands Off my Database: Ransomware Detection in Databases through Dynamic Analysis of Query Sequences %U https://arxiv.org/abs/1907.06775
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  Performance Oriented Dynamic Bypassing for Intrusion Detection Systems. Iffländer, Lukas; Stoll, Jonathan; Rawtani, Nishant; Lesch, Veronika; Lange, Klaus-Dieter; Kounev, Samuel; in Proceedings of the 2019 ACM/SPEC International Conference on Performance Engineering (2019). 159--166.
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  Attacks on software systems are becoming more and more frequent, aggressive and sophisticated. With the changing threat landscape, in 2018, organizations are looking at when they will be attacked, not if. Intrusion Detection Systems (IDSs) can help in defending against these attacks. The systems that host IDSs require extensive computing resources as IDSs tend to detect attacks under overloaded conditions wrongfully. With the end of Moore's law and the growing adoption of Internet of Things, designers of security systems can no longer expect processing power to keep up the pace with them. This limitation requires ways to increase the performance of these systems without adding additional compute power. In this work, we present two dynamic and a static approach to bypass IDS for traffic deemed benign. We provide its prototype implementation and evaluate our solution. Our evaluation shows promising results. Performance is increased up to the level of a system without an IDS. Attack detection is within the margin of error from the 100% rate. However, our findings show that dynamic approaches perform best when using software switches. The use of a hardware switch reduces the detection rate and performance significantly.
  @inproceedings{Ifflaender2019_PerformanceOrientedDynamicBypassingforIntrusionDetectionSystems, abstract = {Attacks on software systems are becoming more and more frequent, aggressive and sophisticated. With the changing threat landscape, in 2018, organizations are looking at when they will be attacked, not if. Intrusion Detection Systems (IDSs) can help in defending against these attacks. The systems that host IDSs require extensive computing resources as IDSs tend to detect attacks under overloaded conditions wrongfully. With the end of Moore's law and the growing adoption of Internet of Things, designers of security systems can no longer expect processing power to keep up the pace with them. This limitation requires ways to increase the performance of these systems without adding additional compute power. In this work, we present two dynamic and a static approach to bypass IDS for traffic deemed benign. We provide its prototype implementation and evaluate our solution. Our evaluation shows promising results. Performance is increased up to the level of a system without an IDS. Attack detection is within the margin of error from the 100% rate. However, our findings show that dynamic approaches perform best when using software switches. The use of a hardware switch reduces the detection rate and performance significantly.}, address = {New York, NY, USA}, author = {Iffl{ä}nder, Lukas and Stoll, Jonathan and Rawtani, Nishant and Lesch, Veronika and Lange, Klaus-Dieter and Kounev, Samuel}, booktitle = {Proceedings of the 2019 ACM/SPEC International Conference on Performance Engineering}, keywords = {descartes Networking Self-aware-computing select Performance Security Resource_management Optimization myown Self-adaptive-systems EvIDencE Metrics_and_benchmarking_methodologies}, pages = {159–166}, publisher = {ACM}, series = {ICPE '19}, title = {{Performance Oriented Dynamic Bypassing for Intrusion Detection Systems}}, year = 2019 }
  %0 Conference Paper %1 Ifflaender2019_PerformanceOrientedDynamicBypassingforIntrusionDetectionSystems %A Iffländer, Lukas %A Stoll, Jonathan %A Rawtani, Nishant %A Lesch, Veronika %A Lange, Klaus-Dieter %A Kounev, Samuel %B Proceedings of the 2019 ACM/SPEC International Conference on Performance Engineering %C New York, NY, USA %D 2019 %I ACM %P 159--166 %T Performance Oriented Dynamic Bypassing for Intrusion Detection Systems %U http://doi.acm.org/10.1145/3297663.3310313 %X Attacks on software systems are becoming more and more frequent, aggressive and sophisticated. With the changing threat landscape, in 2018, organizations are looking at when they will be attacked, not if. Intrusion Detection Systems (IDSs) can help in defending against these attacks. The systems that host IDSs require extensive computing resources as IDSs tend to detect attacks under overloaded conditions wrongfully. With the end of Moore's law and the growing adoption of Internet of Things, designers of security systems can no longer expect processing power to keep up the pace with them. This limitation requires ways to increase the performance of these systems without adding additional compute power. In this work, we present two dynamic and a static approach to bypass IDS for traffic deemed benign. We provide its prototype implementation and evaluate our solution. Our evaluation shows promising results. Performance is increased up to the level of a system without an IDS. Attack detection is within the margin of error from the 100% rate. However, our findings show that dynamic approaches perform best when using software switches. The use of a hardware switch reduces the detection rate and performance significantly.
• 
  The Vision of Self-aware Reordering of Security Network Function Chains. Iffländer, Lukas; Walter, Jürgen; Eismann, Simon; Kounev, Samuel; in Proceedings of the 2018 ACM/SPEC International Conference on Performance Engineering (2018). 1--4.
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  Services provided online are subject to various types of attacks. Security appliances can be chained to protect a system against multiple types of network attacks. The sequence of appliances has a significant impact on the efficiency of the whole chain. While the operation of security appliance chains is currently based on a static order, traffic-aware reordering of security appliances may significantly improve efficiency and accuracy. In this paper, we present the vision a self-aware system to automatically reorder security appliances according to incoming traffic. To achieve this, we propose to apply a model-based learning, reasoning, and acting (LRA-M) loop. To this end, we describe a corresponding system architecture and explain its building blocks.
  @inproceedings{IfWaEiKo2018-ICPE-SSFC-Vision, abstract = {Services provided online are subject to various types of attacks. Security appliances can be chained to protect a system against multiple types of network attacks. The sequence of appliances has a significant impact on the efficiency of the whole chain. While the operation of security appliance chains is currently based on a static order, traffic-aware reordering of security appliances may significantly improve efficiency and accuracy. In this paper, we present the vision a self-aware system to automatically reorder security appliances according to incoming traffic. To achieve this, we propose to apply a model-based learning, reasoning, and acting (LRA-M) loop. To this end, we describe a corresponding system architecture and explain its building blocks.}, address = {New York, NY, USA}, author = {Iffl{ä}nder, Lukas and Walter, J{ü}rgen and Eismann, Simon and Kounev, Samuel}, booktitle = {Proceedings of the 2018 ACM/SPEC International Conference on Performance Engineering}, keywords = {descartes Self-aware-computing DML SDN select Performance Security Multi-criteria_optimization DECLARE Optimization Design_of_software_and_systems myown Self-adaptive-systems EvIDencE}, pages = {1–4}, publisher = {ACM}, series = {ICPE '18}, title = {The Vision of Self-aware Reordering of Security Network Function Chains}, year = 2018 }
  %0 Conference Paper %1 IfWaEiKo2018-ICPE-SSFC-Vision %A Iffländer, Lukas %A Walter, Jürgen %A Eismann, Simon %A Kounev, Samuel %B Proceedings of the 2018 ACM/SPEC International Conference on Performance Engineering %C New York, NY, USA %D 2018 %I ACM %P 1--4 %T The Vision of Self-aware Reordering of Security Network Function Chains %X Services provided online are subject to various types of attacks. Security appliances can be chained to protect a system against multiple types of network attacks. The sequence of appliances has a significant impact on the efficiency of the whole chain. While the operation of security appliance chains is currently based on a static order, traffic-aware reordering of security appliances may significantly improve efficiency and accuracy. In this paper, we present the vision a self-aware system to automatically reorder security appliances according to incoming traffic. To achieve this, we propose to apply a model-based learning, reasoning, and acting (LRA-M) loop. To this end, we describe a corresponding system architecture and explain its building blocks.
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  Performance Assessment of Cloud Migrations from Network and Application Point of View. Iffländer, Lukas; Wamser, Florian; Metter, Christopher; Tran-Gia, Phuoc; Kounev, Samuel; in Proceedings of 9th EAI International Conference on Mobile Networks and Management (MONAMI 2018) (2017).
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  @inproceedings{IfWaMeTrKo-Monami-Migration-Performance, author = {Iffl{ä}nder, Lukas and Wamser, Florian and Metter, Christopher and Tran-Gia, Phuoc and Kounev, Samuel}, booktitle = {{Proceedings of 9th EAI International Conference on Mobile Networks and Management (MONAMI 2018)}}, keywords = {descartes Networking PRISMA Application-aware select Performance Virtualization Cloud myown Migration}, month = {December}, title = {{Performance Assessment of Cloud Migrations from Network and Application Point of View}}, year = 2017 }
  %0 Conference Paper %1 IfWaMeTrKo-Monami-Migration-Performance %A Iffländer, Lukas %A Wamser, Florian %A Metter, Christopher %A Tran-Gia, Phuoc %A Kounev, Samuel %B Proceedings of 9th EAI International Conference on Mobile Networks and Management (MONAMI 2018) %D 2017 %T Performance Assessment of Cloud Migrations from Network and Application Point of View

2019

• Review of Security Mechanisms in Publish/Subscribe Systems and their Applicability in IoT Context. Geiger, Ariane; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2019).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Geiger2019, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Geiger, Ariane}, keywords = {Industry_4_0 se2_mastersthesis Security descartes Networking Internet_of_Things Thesis_supervised_by_Lukas_Ifflaender Reliability}, month = {January}, school = {University of W{ü}rzburg}, title = {{Review of Security Mechanisms in Publish/Subscribe Systems and their Applicability in IoT Context}}, type = {{Bachelor Thesis}}, year = 2019 }
  %0 Thesis %1 Geiger2019 %A Geiger, Ariane %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2019 %T Review of Security Mechanisms in Publish/Subscribe Systems and their Applicability in IoT Context
• Mosquitto Swatter: Demonstrating MQTT Vulnerabilities. Metzler, Samuel; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2019).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Metzler2019, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Metzler, Samuel}, keywords = {Cyber-Physical_Systems Networking Reliability Industry_4_0 descartes Internet_of_Things Thesis_supervised_by_SE_member Security Tool Thesis_supervised_by_Lukas_Ifflaender se2_mastersthesis}, month = {February}, school = {University of W{ü}rzburg}, title = {{Mosquitto Swatter: Demonstrating MQTT Vulnerabilities}}, type = {{Bachelor Thesis}}, year = 2019 }
  %0 Thesis %1 Metzler2019 %A Metzler, Samuel %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2019 %T Mosquitto Swatter: Demonstrating MQTT Vulnerabilities
• Heat-aware and CPU Boost-oriented Server Load Rotation. Knapp, Andreas; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2019).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Knapp2019, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Knapp, Andreas}, keywords = {Networking Self-adaptive-systems Performance Virtualization Power Optimization descartes Thesis_supervised_by_SE_member Thesis_supervised_by_Lukas_Ifflaender Migration se2_mastersthesis}, month = {November}, school = {University of W{ü}rzburg}, title = {{Heat-aware and CPU Boost-oriented Server Load Rotation}}, type = {{Master Thesis}}, year = 2019 }
  %0 Thesis %1 Knapp2019 %A Knapp, Andreas %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2019 %T Heat-aware and CPU Boost-oriented Server Load Rotation

2018

• Performance Evaluation of Security Network Function Reordering. Fella, Nicolas; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2018).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Fella2018, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Fella, Nicolas}, keywords = {Application-aware Networking Self-adaptive-systems Self-aware-computing Performance Virtualization Reliability Optimization Thesis_supervised_by_Lukas_Ifflaender Cloud descartes Thesis_supervised_by_SE_member Security SDN se2_mastersthesis}, month = {December}, school = {University of W{ü}rzburg}, title = {{Performance Evaluation of Security Network Function Reordering}}, type = {{Bachelor Thesis}}, year = 2018 }
  %0 Thesis %1 Fella2018 %A Fella, Nicolas %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2018 %T Performance Evaluation of Security Network Function Reordering
• Performance and Security Influence of Augmenting DDoS Protection Systems using SDN and NFV. Beierlieb, Lukas; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2018).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{beierlieb2018ba, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Beierlieb, Lukas}, keywords = {Thesis_supervised_by_SE_member Thesis_supervised_by_Lukas_Ifflaender descartes se2_mastersthesis}, month = {January}, note = {<b>W{ü}rzburg Software Engineering Award sponsored by Infosim GmbH & Co. KG</b>}, school = {University of W{ü}rzburg}, title = {{Performance and Security Influence of Augmenting DDoS Protection Systems using SDN and NFV}}, type = {Bachelor Thesis}, year = 2018 }
  %0 Thesis %1 beierlieb2018ba %A Beierlieb, Lukas %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2018 %T Performance and Security Influence of Augmenting DDoS Protection Systems using SDN and NFV
• P-Seminar: Umgang mit Mikroelektronik am Beispiel eines Quadrocopters. Otto, Rebecca; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2018).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Otto2018, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Otto, Rebecca}, keywords = {Thesis_supervised_by_Lukas_Ifflaender descartes se2_mastersthesis}, month = {December}, school = {University of W{ü}rzburg}, title = {{P-Seminar: Umgang mit Mikroelektronik am Beispiel eines Quadrocopters}}, type = {{Teacher Thesis}}, year = 2018 }
  %0 Thesis %1 Otto2018 %A Otto, Rebecca %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2018 %T P-Seminar: Umgang mit Mikroelektronik am Beispiel eines Quadrocopters
• Fully Automated Deployment and Benchmarking of Security Information and Event Management Systems. Heilmann, Jan-Philipp; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2018).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{heilmann2018ba, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Heilmann, Jan-Philipp}, keywords = {Thesis_supervised_by_Lukas_Ifflaender descartes Networking Thesis_supervised_by_SE_member SDN se2_mastersthesis}, month = {June}, school = {University of W{ü}rzburg}, title = {{Fully Automated Deployment and Benchmarking of Security Information and Event Management Systems}}, type = {Bachelor Thesis}, year = 2018 }
  %0 Thesis %1 heilmann2018ba %A Heilmann, Jan-Philipp %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2018 %T Fully Automated Deployment and Benchmarking of Security Information and Event Management Systems
• DIMAQS - Dynamic Identification of Malicious Query Sequences. Jobst, Michael; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2018).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Jobst2018, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Jobst, Michael}, keywords = {descartes Security Tool Thesis_supervised_by_Lukas_Ifflaender se2_mastersthesis}, month = {June}, school = {University of W{ü}rzburg}, title = {{DIMAQS - Dynamic Identification of Malicious Query Sequences}}, type = {{Master Thesis}}, year = 2018 }
  %0 Thesis %1 Jobst2018 %A Jobst, Michael %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2018 %T DIMAQS - Dynamic Identification of Malicious Query Sequences
• An Evaluation and Benchmarking Solution for Security Information and Event Management Systemes. Ben Yahya, Ala Eddine; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2018).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{benyahya2018ba, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Ben Yahya, Ala Eddine}, keywords = {Metrics_and_benchmarking_methodologies Networking Self-adaptive-systems Resource_management Performance descartes Thesis_supervised_by_SE_member Security Thesis_supervised_by_Lukas_Ifflaender se2_mastersthesis}, month = {March}, school = {University of W{ü}rzburg}, title = {{An Evaluation and Benchmarking Solution for Security Information and Event Management Systemes}}, type = {Bachelor Thesis}, year = 2018 }
  %0 Thesis %1 benyahya2018ba %A Ben Yahya, Ala Eddine %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2018 %T An Evaluation and Benchmarking Solution for Security Information and Event Management Systemes

2017

• Evaluation der Performanz von IDSes in virtualisierten Netzwerk-Infrastrukturen. Stoll, Jonathan; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2017).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{stoll2017MA, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Stoll, Jonathan}, keywords = {Thesis_supervised_by_SE_member Thesis_supervised_by_Lukas_Ifflaender descartes se2_mastersthesis}, month = {June}, school = {University of W{ü}rzburg}, title = {{Evaluation der Performanz von IDSes in virtualisierten Netzwerk-Infrastrukturen}}, type = {{Master Thesis}}, year = 2017 }
  %0 Thesis %1 stoll2017MA %A Stoll, Jonathan %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2017 %T Evaluation der Performanz von IDSes in virtualisierten Netzwerk-Infrastrukturen
• Cybersecurity Risk Exposure: Towards a Novel Determination Approach based on OSINT. Leonhardt, Alexander; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2017).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Leonhardt2017MA, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Leonhardt, Alexander}, keywords = {Thesis_supervised_by_SE_member Thesis_supervised_by_Lukas_Ifflaender descartes se2_mastersthesis}, month = {October}, school = {University of W{ü}rzburg}, title = {{Cybersecurity Risk Exposure: Towards a Novel Determination Approach based on OSINT}}, type = {{Master Thesis}}, year = 2017 }
  %0 Thesis %1 Leonhardt2017MA %A Leonhardt, Alexander %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2017 %T Cybersecurity Risk Exposure: Towards a Novel Determination Approach based on OSINT
• A Packet-Filtering Firewall for Cloud Computing. Hempfling, Christina; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2017).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Hempfling2017Praktikum, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Hempfling, Christina}, keywords = {Thesis_supervised_by_SE_member Thesis_supervised_by_Lukas_Ifflaender descartes se2_mastersthesis}, month = {September}, school = {University of W{ü}rzburg}, title = {{A Packet-Filtering Firewall for Cloud Computing}}, type = {Project Thesis}, year = 2017 }
  %0 Thesis %1 Hempfling2017Praktikum %A Hempfling, Christina %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2017 %T A Packet-Filtering Firewall for Cloud Computing
• A Framework for a Dynamic Function-Chaining-Controller for Virtualized Network Security Appliances. Ciner, Hayreddin; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2017).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Ciner2017BA, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Ciner, Hayreddin}, keywords = {Thesis_supervised_by_SE_member Thesis_supervised_by_Lukas_Ifflaender descartes se2_mastersthesis}, month = {October}, school = {University of W{ü}rzburg}, title = {{A Framework for a Dynamic Function-Chaining-Controller for Virtualized Network Security Appliances}}, type = {{Bachelor Thesis}}, year = 2017 }
  %0 Thesis %1 Ciner2017BA %A Ciner, Hayreddin %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2017 %T A Framework for a Dynamic Function-Chaining-Controller for Virtualized Network Security Appliances

2016

• P-Seminar: Raspberry Pi als Mediencenter für die Oberstufe. Frauendorfer, Katja; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2016).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Frauendorfer2016, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Frauendorfer, Katja}, keywords = {Thesis_supervised_by_Simon_Spinner descartes Thesis_supervised_by_SE_member Thesis_supervised_by_Lukas_Ifflaender se2_mastersthesis}, month = {April}, school = {University of W{ü}rzburg}, title = {{P-Seminar: Raspberry Pi als Mediencenter für die Oberstufe}}, type = {{Teacher Thesis}}, year = 2016 }
  %0 Thesis %1 Frauendorfer2016 %A Frauendorfer, Katja %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2016 %T P-Seminar: Raspberry Pi als Mediencenter für die Oberstufe
• Cyber-Physical Systems - Models and Security Aspects. Hempfling, Christina; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2016).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Hempfling2016, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Hempfling, Christina}, keywords = {descartes Thesis_supervised_by_SE_member Security Self-aware-computing Thesis_supervised_by_Lukas_Ifflaender Event-based se2_mastersthesis}, month = {December}, school = {University of W{ü}rzburg}, title = {{Cyber-Physical Systems - Models and Security Aspects}}, type = {{Master Thesis}}, year = 2016 }
  %0 Thesis %1 Hempfling2016 %A Hempfling, Christina %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2016 %T Cyber-Physical Systems - Models and Security Aspects
• Assessment of the Influence of I/O-Load Factors on Service Migration Performance. Liu, Xiaofen; Thesis; University of Würzburg; Am Hubland, Informatikgebäude, 97074 Würzburg, Germany. (2016).
  [ BibTeX ] [ EndNote ]
   
  @mastersthesis{Liu2016, address = {Am Hubland, Informatikgeb{ä}ude, 97074 W{ü}rzburg, Germany}, author = {Liu, Xiaofen}, keywords = {Resource_management Performance Virtualization se2_mastersthesis Cloud descartes Thesis_supervised_by_SE_member Application-aware Thesis_supervised_by_Lukas_Ifflaender Migration Storage}, month = {December}, school = {University of W{ü}rzburg}, title = {{Assessment of the Influence of I/O-Load Factors on Service Migration Performance}}, type = {{Master Thesis}}, year = 2016 }
  %0 Thesis %1 Liu2016 %A Liu, Xiaofen %C Am Hubland, Informatikgebäude, 97074 Würzburg, Germany %D 2016 %T Assessment of the Influence of I/O-Load Factors on Service Migration Performance