David Bermbach: Unterschied zwischen den Versionen
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|Info=David studied Business Engineering at KIT from 2005 to 2010. During that time he worked as a student assistant to programming and enterprise computing classes at KIT and DHBW Karlsruhe. He did internships in financial risk controlling as well as software development. In Dec 2010, he submitted his diploma thesis "Design and Implementation of an Eventually Consistent Distributed Storage System Layered on Top of Cloud Storage Services" and is now, as of Feb 1, 2011, a PhD candidate and research associate at the chair of Prof. Tai. | |Info=David studied Business Engineering at KIT from 2005 to 2010. During that time he worked as a student assistant to programming and enterprise computing classes at KIT and DHBW Karlsruhe. He did internships in financial risk controlling as well as software development. In Dec 2010, he submitted his diploma thesis "Design and Implementation of an Eventually Consistent Distributed Storage System Layered on Top of Cloud Storage Services" and is now, as of Feb 1, 2011, a PhD candidate and research associate at the chair of Prof. Tai. | ||
− | His main research interests are Cloud Computing (with a focus on storage systems) as well as Distributed Systems in general. Currently, he is developing consistency benchmarks and | + | His main research interests are Cloud Computing (with a focus on storage systems) as well as Distributed Systems in general. Currently, he is developing consistency benchmarks and modeling data store behavior to predict consistency guarantees of large-scale distributed storage systems. |
|Info EN=David studied Business Engineering at KIT from 2005 to 2010. During that time he worked as a student assistant to programming and enterprise computing classes at KIT and DHBW Karlsruhe. He did internships in financial risk controlling as well as software development. In Dec 2010, he submitted his diploma thesis "Design and Implementation of an Eventually Consistent Distributed Storage System Layered on Top of Cloud Storage Services" and is now, as of Feb 1, 2011, a PhD candidate and research associate at the chair of Prof. Tai. | |Info EN=David studied Business Engineering at KIT from 2005 to 2010. During that time he worked as a student assistant to programming and enterprise computing classes at KIT and DHBW Karlsruhe. He did internships in financial risk controlling as well as software development. In Dec 2010, he submitted his diploma thesis "Design and Implementation of an Eventually Consistent Distributed Storage System Layered on Top of Cloud Storage Services" and is now, as of Feb 1, 2011, a PhD candidate and research associate at the chair of Prof. Tai. | ||
− | His main research interests are Cloud Computing (with a focus on storage systems) as well as Distributed Systems in general. Currently, he is developing consistency benchmarks and | + | His main research interests are Cloud Computing (with a focus on storage systems) as well as Distributed Systems in general. Currently, he is developing consistency benchmarks and modeling data store behavior to predict consistency guarantees of large-scale distributed storage systems. |
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|Vorträge anzeigen=False | |Vorträge anzeigen=False |
Version vom 23. Juli 2013, 14:45 Uhr
Dipl.-Wi.-Ing. David Bermbach |
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Ehemaliges Mitglied
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David studied Business Engineering at KIT from 2005 to 2010. During that time he worked as a student assistant to programming and enterprise computing classes at KIT and DHBW Karlsruhe. He did internships in financial risk controlling as well as software development. In Dec 2010, he submitted his diploma thesis "Design and Implementation of an Eventually Consistent Distributed Storage System Layered on Top of Cloud Storage Services" and is now, as of Feb 1, 2011, a PhD candidate and research associate at the chair of Prof. Tai.
His main research interests are Cloud Computing (with a focus on storage systems) as well as Distributed Systems in general. Currently, he is developing consistency benchmarks and modeling data store behavior to predict consistency guarantees of large-scale distributed storage systems.