Dr. rer. nat. Stefan Köhler

• COntrol and Management of COexisting Networks (COMCON). Schlosser, Daniel; Jarschel, Michael; Meier, Sebastian; Hoffmann, Marco; Hoffmann, Klaus; Hoßfeld, Tobias; Khan, Ashiq; Kellerer, Wolfgang; Kirstädter, Andreas; Köhler, Stefan; Morper, Hans-Jochen; Schmid, Matthias. San Juan, Puerto Rico, 2011, March.
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  @misc{info3-poster-2011-26, address = {San Juan, Puerto Rico}, author = {Schlosser, Daniel and Jarschel, Michael and Meier, Sebastian and Hoffmann, Marco and Hoffmann, Klaus and Hoßfeld, Tobias and Khan, Ashiq and Kellerer, Wolfgang and Kirstädter, Andreas and Köhler, Stefan and Morper, Hans-Jochen and Schmid, Matthias}, booktitle = {1st DFG / NSF Young Researchers Workshop at GEC10}, keywords = {sys:hidden:poster}, month = {03}, title = {COntrol and Management of COexisting Networks (COMCON)}, year = 2011 }

  %0 Generic %1 info3-poster-2011-26 %A Schlosser, Daniel %A Jarschel, Michael %A Meier, Sebastian %A Hoffmann, Marco %A Hoffmann, Klaus %A Hoßfeld, Tobias %A Khan, Ashiq %A Kellerer, Wolfgang %A Kirstädter, Andreas %A Köhler, Stefan %A Morper, Hans-Jochen %A Schmid, Matthias %B 1st DFG / NSF Young Researchers Workshop at GEC10 %C San Juan, Puerto Rico %D 2011 %T COntrol and Management of COexisting Networks (COMCON)

• COMCON: Use Cases for Virtual Future Networks. Jarschel, Michael; Kirstädter, Andreas; Kellerer, Wolfgang; Hoffmann, Marco; Hoßfeld, Tobias; Köhler, Stefan; Schlosser, Daniel. In TridentCom 2010. Berlin, 2010.
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  In the Future Internet, a multitude of networks will coexist and complement each other. These networks allow specialization but require isolation of functionalities in order to provide dependable and predictable networks. This allows different networks to run in parallel but isolated from each other. Additionally, network resource scalability is supported to reduce the time and overhead required to introduce new services. The objective of the COMCON (COntrol and Management of COexisting Networks) project is to design novel control and management mechanisms that support the coexistence of networks in a future networking scenario and to illustrate the economic advantages. In this contribution we present three use cases defined in COMCON, which serve as a guideline for our virtual network architecture.

  @inproceedings{info3-inproceedings-2010-383, abstract = {In the Future Internet, a multitude of networks will coexist and complement each other. These networks allow specialization but require isolation of functionalities in order to provide dependable and predictable networks. This allows different networks to run in parallel but isolated from each other. Additionally, network resource scalability is supported to reduce the time and overhead required to introduce new services. The objective of the COMCON (COntrol and Management of COexisting Networks) project is to design novel control and management mechanisms that support the coexistence of networks in a future networking scenario and to illustrate the economic advantages. In this contribution we present three use cases defined in COMCON, which serve as a guideline for our virtual network architecture.}, address = {Berlin}, author = {Jarschel, Michael and Kirstädter, Andreas and Kellerer, Wolfgang and Hoffmann, Marco and Hoßfeld, Tobias and Köhler, Stefan and Schlosser, Daniel}, booktitle = {TridentCom 2010}, keywords = {sys:hidden:inproceedings}, month = {05}, title = {COMCON: Use Cases for Virtual Future Networks}, year = 2010 }

  %0 Conference Paper %1 info3-inproceedings-2010-383 %A Jarschel, Michael %A Kirstädter, Andreas %A Kellerer, Wolfgang %A Hoffmann, Marco %A Hoßfeld, Tobias %A Köhler, Stefan %A Schlosser, Daniel %B TridentCom 2010 %C Berlin %D 2010 %T COMCON: Use Cases for Virtual Future Networks %X In the Future Internet, a multitude of networks will coexist and complement each other. These networks allow specialization but require isolation of functionalities in order to provide dependable and predictable networks. This allows different networks to run in parallel but isolated from each other. Additionally, network resource scalability is supported to reduce the time and overhead required to introduce new services. The objective of the COMCON (COntrol and Management of COexisting Networks) project is to design novel control and management mechanisms that support the coexistence of networks in a future networking scenario and to illustrate the economic advantages. In this contribution we present three use cases defined in COMCON, which serve as a guideline for our virtual network architecture.

• Interior Gateway Routing Optimization and Quality of Service - Algorithms and Performance Study. Technical Report (PhD dissertation), . Köhler, Stefan. PhD dissertation. University of Wuerzburg, 2006, February.
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  @phdthesis{info3-dissertation-2006-18, author = {Köhler, Stefan}, keywords = {sys:hidden:supervisor:phuoc.tran-gia}, month = {02}, school = {University of Wuerzburg}, title = {Interior Gateway Routing Optimization and Quality of Service - Algorithms and Performance Study}, year = 2006 }

  %0 Thesis %1 info3-dissertation-2006-18 %A Köhler, Stefan %D 2006 %T Interior Gateway Routing Optimization and Quality of Service - Algorithms and Performance Study

• MPLS Traffic Engineering in OSPF Networks - A combined Approach. Köhler, Stefan; Binzenhöfer, Andreas. In 18th International Teletraffic Congress (ITC18). Berlin, 2003.
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  @inproceedings{info3-inproceedings-2003-74, address = {Berlin}, author = {Köhler, Stefan and Binzenhöfer, Andreas}, booktitle = {18th International Teletraffic Congress (ITC18)}, keywords = {sys:hidden:inproceedings}, month = {09}, title = {MPLS Traffic Engineering in OSPF Networks - A combined Approach}, year = 2003 }

  %0 Conference Paper %1 info3-inproceedings-2003-74 %A Köhler, Stefan %A Binzenhöfer, Andreas %B 18th International Teletraffic Congress (ITC18) %C Berlin %D 2003 %T MPLS Traffic Engineering in OSPF Networks - A combined Approach
• MPLS Traffic Engineering in OSPF Networks - A combined Approach. Technical Report (304), . Köhler, Stefan; Binzenhöfer, Andreas. University of Wuerzburg, 2003.
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  @techreport{info3-techreport-2003-56, author = {Köhler, Stefan and Binzenhöfer, Andreas}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = {02}, number = 304, title = {MPLS Traffic Engineering in OSPF Networks - A combined Approach}, year = 2003 }

  %0 Report %1 info3-techreport-2003-56 %A Köhler, Stefan %A Binzenhöfer, Andreas %D 2003 %N 304 %T MPLS Traffic Engineering in OSPF Networks - A combined Approach

• Routing-based IP Network Optimisation. Staehle, Dirk; Köhler, Stefan; Kohlhaas, Ute. In 15th International Teletraffic Congress Specialists Seminar. Würzburg, 2002.
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  @inproceedings{info3-inproceedings-2002-72, address = {Würzburg}, author = {Staehle, Dirk and Köhler, Stefan and Kohlhaas, Ute}, booktitle = {15th International Teletraffic Congress Specialists Seminar}, keywords = {sys:hidden:inproceedings}, month = {07}, title = {Routing-based IP Network Optimisation}, year = 2002 }

  %0 Conference Paper %1 info3-inproceedings-2002-72 %A Staehle, Dirk %A Köhler, Stefan %A Kohlhaas, Ute %B 15th International Teletraffic Congress Specialists Seminar %C Würzburg %D 2002 %T Routing-based IP Network Optimisation
• Decomposition of Large IP Networks for Routing Optimization. Technical Report (293), . Staehle, Dirk; Köhler, Stefan; Milbrandt, Jens; Berry, Les. University of Wuerzburg, 2002.
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  @techreport{info3-techreport-2002-58, author = {Staehle, Dirk and Köhler, Stefan and Milbrandt, Jens and Berry, Les}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = {02}, number = 293, title = {Decomposition of Large IP Networks for Routing Optimization}, year = 2002 }

  %0 Report %1 info3-techreport-2002-58 %A Staehle, Dirk %A Köhler, Stefan %A Milbrandt, Jens %A Berry, Les %D 2002 %N 293 %T Decomposition of Large IP Networks for Routing Optimization

• Analytic Performance Evaluation of the RED Algorithm for QoS in TCP/IP Networks. Vicari, Norbert; Köhler, Stefan; Menth, Michael. In 9th IFIP Working Conference on Performance Modelling and Evaluation of ATM & IP Networks, pp. 178–190. Budapest, Hungary, 2001.
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  @inproceedings{info3-inproceedings-2001-49, address = {Budapest, Hungary}, author = {Vicari, Norbert and Köhler, Stefan and Menth, Michael}, booktitle = {9th IFIP Working Conference on Performance Modelling and Evaluation of ATM & IP Networks}, keywords = {sys:hidden:inproceedings}, pages = {178 - 190}, title = {Analytic Performance Evaluation of the RED Algorithm for QoS in TCP/IP Networks}, year = 2001 }

  %0 Conference Paper %1 info3-inproceedings-2001-49 %A Vicari, Norbert %A Köhler, Stefan %A Menth, Michael %B 9th IFIP Working Conference on Performance Modelling and Evaluation of ATM & IP Networks %C Budapest, Hungary %D 2001 %P 178 - 190 %T Analytic Performance Evaluation of the RED Algorithm for QoS in TCP/IP Networks

• Measuring internet user traffic behavior dependent on access speed. Vicari, Norbert; Köhler, Stefan. In ITC Specialist Seminar on IP Traffic Measurement, Modeling and Management. Monterey, CA, USA, 2000.
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  @inproceedings{info3-inproceedings-2000-1, address = {Monterey, CA, USA}, author = {Vicari, Norbert and Köhler, Stefan}, booktitle = {ITC Specialist Seminar on IP Traffic Measurement, Modeling and Management}, keywords = {sys:hidden:inproceedings}, month = {09}, title = {Measuring internet user traffic behavior dependent on access speed}, year = 2000 }

  %0 Conference Paper %1 info3-inproceedings-2000-1 %A Vicari, Norbert %A Köhler, Stefan %B ITC Specialist Seminar on IP Traffic Measurement, Modeling and Management %C Monterey, CA, USA %D 2000 %T Measuring internet user traffic behavior dependent on access speed
• Fast heuristics for optimal routing in large IP networks. Technical Report (262), . Berry, Les; Tran-Gia, Phuoc; Staehle, Dirk; Köhler, Stefan. University of Wuerzburg, 2000.
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  @techreport{info3-techreport-2000-230, author = {Berry, Les and Tran-Gia, Phuoc and Staehle, Dirk and Köhler, Stefan}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = {07}, number = 262, title = {Fast heuristics for optimal routing in large IP networks}, year = 2000 }

  %0 Report %1 info3-techreport-2000-230 %A Berry, Les %A Tran-Gia, Phuoc %A Staehle, Dirk %A Köhler, Stefan %D 2000 %N 262 %T Fast heuristics for optimal routing in large IP networks
• Analytic Performance Evaluation of the RED Algorithm for QoS in TCP/IP Networks. Technical Report (259), . Vicari, Norbert; Menth, Michael; Köhler, Stefan. University of Wuerzburg, 2000.
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  @techreport{info3-techreport-2000-3, author = {Vicari, Norbert and Menth, Michael and Köhler, Stefan}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = {05}, number = 259, title = {Analytic Performance Evaluation of the RED Algorithm for QoS in TCP/IP Networks}, year = 2000 }

  %0 Report %1 info3-techreport-2000-3 %A Vicari, Norbert %A Menth, Michael %A Köhler, Stefan %D 2000 %N 259 %T Analytic Performance Evaluation of the RED Algorithm for QoS in TCP/IP Networks
• Towards an optimization of the routing parameters for IP networks. Technical Report (258), . Staehle, Dirk; Kohlhaas, Ute; Köhler, Stefan. University of Wuerzburg, 2000.
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  @techreport{info3-techreport-2000-4, author = {Staehle, Dirk and Kohlhaas, Ute and Köhler, Stefan}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = {05}, number = 258, title = {Towards an optimization of the routing parameters for IP networks}, year = 2000 }

  %0 Report %1 info3-techreport-2000-4 %A Staehle, Dirk %A Kohlhaas, Ute %A Köhler, Stefan %D 2000 %N 258 %T Towards an optimization of the routing parameters for IP networks
• The Dependence of Internet User Characteristics on Access Speed. Technical Report (246), . Vicari, Norbert; Köhler, Stefan; Charzinski, Joachim. University of Wuerzburg, 2000.
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  @techreport{info3-techreport-2000-7, author = {Vicari, Norbert and Köhler, Stefan and Charzinski, Joachim}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = {01}, number = 246, title = {The Dependence of Internet User Characteristics on Access Speed}, year = 2000 }

  %0 Report %1 info3-techreport-2000-7 %A Vicari, Norbert %A Köhler, Stefan %A Charzinski, Joachim %D 2000 %N 246 %T The Dependence of Internet User Characteristics on Access Speed

• Measuring Internet User Traffic Behavior Dependent on Access Speed. Technical Report (238), . Köhler, Stefan; Vicari, Norbert. University of Wuerzburg, 1999.
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  @techreport{info3-techreport-1999-8, author = {Köhler, Stefan and Vicari, Norbert}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = 10, number = 238, title = {Measuring Internet User Traffic Behavior Dependent on Access Speed}, year = 1999 }

  %0 Report %1 info3-techreport-1999-8 %A Köhler, Stefan %A Vicari, Norbert %D 1999 %N 238 %T Measuring Internet User Traffic Behavior Dependent on Access Speed
• Performance Comparison of Different Class-and-Drop Treatment of Data and Acknowledgements in DiffServ IP Networks. Technical Report (237), . Köhler, Stefan; Schäfer, Uwe. University of Wuerzburg, 1999.
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  @techreport{info3-techreport-1999-9, author = {Köhler, Stefan and Schäfer, Uwe}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = {08}, number = 237, title = {Performance Comparison of Different Class-and-Drop Treatment of Data and Acknowledgements in DiffServ IP Networks}, year = 1999 }

  %0 Report %1 info3-techreport-1999-9 %A Köhler, Stefan %A Schäfer, Uwe %D 1999 %N 237 %T Performance Comparison of Different Class-and-Drop Treatment of Data and Acknowledgements in DiffServ IP Networks
• Possibilities for QoS in existing Internet Routing Protocols. Technical Report (228), . Köhler, Stefan; Harris, Richard. University of Wuerzburg, 1999.
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  @techreport{info3-techreport-1999-13, author = {Köhler, Stefan and Harris, Richard}, institution = {University of Wuerzburg}, keywords = {sys:hidden:techreport}, month = {05}, number = 228, title = {Possibilities for QoS in existing Internet Routing Protocols}, year = 1999 }

  %0 Report %1 info3-techreport-1999-13 %A Köhler, Stefan %A Harris, Richard %D 1999 %N 228 %T Possibilities for QoS in existing Internet Routing Protocols