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New World Record in Sorting Huge Amounts of Data

 With a cluster of 200 compute nodes, computer scientitsts
Press Release 052/2009
New World Record in Sorting Huge Amounts of Data
Computer Scientists of the KIT Develop a New, More Scalable Method of Sorting Data
With a cluster of 200 compute nodes, computer scientitsts

[…]
it guarantees high efficiency for any kind of input. According to Sanders, “the implementation is also highly efficient. Each compute node’s four hard disks and eight processor cores can be exploited in an efficient way.“ This is enabled by software
https://www.kit.edu/kit/english/1838_102.php
07.11.2023
 KIT → Media → Press Releases → Archive Press Releases

Enhancing the Efficiency of Complex Computations

Graph to compute the air flow around an airplane wing: The four colors reflect the partitioning of the graph and, hence, the distribution of computation among four computers. (Graphics: Christian Schulz, KIT)
four colors reflect the partitioning of the graph and, hence, the distribution of computation among four computers. (Graphics: Christian Schulz, KIT)
Planning a trip from Berlin to Hamburg, simulating air flows around a new passenger airplane, or friendships on Facebook –
https://www.kit.edu/kit/english/pi_2013_14284.php
07.11.2023
 KIT → Media → Press Releases → Archive Press Releases

New Supercomputer Planned for 15 Million Euros

KIT’s high-performance computer will be replaced by an even more powerful system. (Photo: Markus Breig, KIT)
Release 078/2018
New Supercomputer Planned for 15 Million Euros
Cutting-edge Research Produces More and More Data. KIT’s Future Computer System Will Have to Be Three Times More Powerful than It Is Today
https://www.kit.edu/kit/english/pi_2018_078_new-supercomputer-planned-for-15-million-euros.php
07.11.2023
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A Grid Spans the World

Ready for the large-scale experiment at CERN in Geneva: Computers at GridKa.
Center Karlsruhe Is the Main Node for Large-scale Physical Experiments: From Autumn, Enormous Amounts of Data Will Be Stored on KIT Computers – Visit of the Designated General Director of CERN
Ready for the large-scale experiment at
[…]
Release 51/2008
A Grid Spans the World
The Grid Computing Center Karlsruhe Is the Main Node for Large-scale Physical Experiments: From Autumn, Enormous Amounts of Data Will Be Stored on KIT Computers – Visit of the
https://www.kit.edu/kit/english/1839_199.php
07.11.2023
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Impacts of Disasters on Logistics Systems

Hamburg harbor is a node of logistics systems. Here, the Altenwerder container terminal is shown. (Photo: HHLA)
the project “Risk Management Strategies in Logistics and Infrastructure Networks,” in which economists of the Technical University of Berlin and KIT cooperate with logistics experts from 4flow AG and Kühne + Nagel (AG & Co.) KG.
A complete failure of the
[…]
Scientists and Logistic Expertes Developt Strategies for Responding to Emergency Situations
Hamburg harbor is a node of logistics systems. Here, the Altenwerder container terminal is shown. (Photo: HHLA)
Catastrophes, whether natural disasters or terrorist attacks, have
https://www.kit.edu/kit/english/pi_2011_5869.php
07.11.2023
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Mathematics – Just Delicious

For tinkerers in numbers: Puzzles relating to this year of mathematics
.kit-braetseltuete.de on the internet.
Appetite for mathematics is also created by the 2008 MathFilm festival that will take place
[…]
of the faculty, Professor Frank Herrlich, Professor Wolfgang Reichel, and their team will knead pretzel nodes: “Loosely based on mathematic node theory”, says Wolfgang Reichel. Representatives of the media are cordially invited. Persons interested should register by Friday, June 13 (registration
https://www.kit.edu/kit/english/1839_219.php
07.11.2023
 KIT → Media → Press Releases → Archive Press Releases

Metal-organic Frameworks Used as Looms

 The metal-organic framework is set up like a sandwich (a). The molecular textile layer is woven in an active layer that is embedded between so-called sacrificial layers (b). (Image: KIT)
Press Release 020/2017
Metal-organic Frameworks Used as Looms
KIT Researchers Produce Two-dimensional Textiles from Monomolecular Polymer Threads - Publication in Nature Communications

[…]
This approach is now presented in Nature Communications.
 
The SURMOFs developed by IFG are frameworks consisting of metallic node points and organic linkers that are assembled on a substrate layer by layer. They have a crystalline structure and can
https://www.kit.edu/kit/english/pi_2017_020_metal-organic-frameworks-used-as-looms.php
07.11.2023
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Quick Drawing of Complex Relationships

KaDraw draws complex graphs more efficiently and optimizes their representation. (Graphics: Dr. Christian Schulz, KIT)
Press Release 109/2015
Quick Drawing of Complex Relationships
KIT Computer Scientists Publish “KaDraw“ Tool that Draws Complex Graphs 30 Times Faster than Tools Available so Far

[…]
For a good readability of the corresponding graphs, computers have to calculate a good layout, i.e. optimum positions of all node points and connections. In case of a high level of detailing, an enormous computation capacity is required. To accelerate this
https://www.kit.edu/kit/english/pi_2015_quick-drawing-of-complex-relationships.php
07.11.2023
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Leibniz Prize for Peter Sanders

Professor Peter Sanders. (Photo: Heidi Offterdinger)
Press Release 181/2011
Leibniz Prize for Peter Sanders
KIT Scientist Is One of the Key Persons for the Effective Use of Algorithms in Informatics
Professor
https://www.kit.edu/kit/english/pi_2011_8592.php
07.11.2023
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Free Pores for Molecule Transport

Loading of highly porous metal-organic frameworks (MOFs) that are made of metallic nodes (green) and organic connection elements (gray) with gas molecules is often inhibited by surface barriers. (Figure: IFG/KIT)
/KIT)
Metal-organic frameworks (MOFs) can take up gases similar to a sponge that soaks up liquids. Hence, these highly porous materials
https://www.kit.edu/kit/english/pi_2014_15540.php
07.11.2023
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Treffer: 1-10 von 9846