Conferences and Workshops Archive

This Dagstuhl Seminar will investigate a holistic, layered approach for adaptive resource management. It starts with the resource management layer being responsible for scheduling applications on the machine and dynamically allocating resources to the running applications. At the programming level, applications need to be programmed in a resource-aware style such that they can adapt to resource changes and can make most efficient usage of the resources. On top of the programming interfaces, programming tools have to be available that allow the application developers to analyze and tune the applications for the varying amount of available resources. At the application level, applications have to be redesigned to enable significant gains in efficiency and throughput, e. The outcomes of this seminar will be a list of challenges and a roadmap that identifies the next steps for implementing adaptive resource management of HPC systems including languages, message passing libraries, resource managers, tools, and runtimes. A report will be published after the seminar. In view of the current coronavirus epidemic Schloss Dagstuhl has suspended its seminar operations — for the time being until August 15th, The affected seminars are postponed indefinitely.

Christmas Lecture on 13.12.2018 with Prof. Glorius and his Team

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und Wirklichkeit“. – September , Berlin Fast gesamter „risk pool“ für Berufungen @ (ab ).

His research focuses on resource management, wireless network security, social networks, 5G and beyond, and vehicular ad hoc and sensor networks. Shen received the R. He received the B. He has published over 90 IEEE journal and conference papers, which have attracted more than Google Scholar citations. He has made substantial contributions to wireless research, innovation, and education.

Yanikomeroglu has had extensive collaboration with industry and led large-scale research projects. His collaborative research resulted in 25 granted patents plus about a dozen applied.


We are a leading research group in the area of electromagnetism. Our scope covers antenna design and measurement, computational electromagnetism, EMC, radar, millimiter waves applications, electro-optics and quantum information technology. Curty ” “Tutorial about quantum key distribution in Qcrypt M. Curty “. Marcos Curty Associate Professor.

Pressure Vessels & Piping Conference ating from Purdue University in with a BSME and MSME, John joined Exxon Date/Time Developed by: T. Nicak, AREVA GmbH, Erlangen, Germany; P. James, AMEC, CURRENT AND TRAVELING SPEED VARY OPTIMIZED ALONG A WELD.

Thank you for visiting nature. You are using a browser version with limited support for CSS. To obtain the best experience, we recommend you use a more up to date browser or turn off compatibility mode in Internet Explorer. In the meantime, to ensure continued support, we are displaying the site without styles and JavaScript. Detection of single analyte molecules without the use of any label would improve the sensitivity of current biosensors by orders of magnitude to the ultimate graininess of biological matter.

Over two decades, scientists have succeeded in pushing the limits of optical detection to single molecules using fluorescence. However, restrictions in photophysics and labelling protocols make this technique less attractive for biosensing. Recently, mechanisms based on vibrational spectroscopy, photothermal detection, plasmonics and microcavities have been explored for fluorescence-free detection of single biomolecules.

Here, we show that interferometric detection of scattering iSCAT can achieve this goal in a direct and label-free fashion. In particular, we demonstrate detection of cancer marker proteins in buffer solution and in the presence of other abundant proteins.

Three-beam laser brazing of zinc-coated steel

Continue to access RSC content when you are not at your institution. Follow our step-by-step guide. Experiments with 13 C-labelled glucose confirm unambiguously that glucose is the only source of the observed formic acid and methyl formate formation under the applied oxidation conditions. Our results demonstrate a very astonishing solvent effect for the POM-catalysed glucose oxidation.

Duke University’s Fuqua School of Businessmore_vert Country Division Controller for Mobility Division in Asia-Pacific, Siemens Pte, Singapore M&A Projects, Siemens AG Energy Sector, Erlangen “Speed Dating for Business” or Speed Networking session will give you two immediate results: 1​).

This work investigates the use of a trifocal laser intensity distribution to control the applied heat profile for laser brazing of hot-dip galvanized steel. Process analysis of conventional monofocal brazing processes showed that spatter and other process disruptions mainly originate from zinc dissolution and evaporation at the wetting line.

In order to increase process stability and seam quality, a trifocal brazing method was developed and applied for brazing experiments. A transient three-dimensional model of the brazing processes shows a shift of the achieved temperature distribution and thus a separated evaporation of the zinc coating prior to the wetting with molten CuSi3 brass. The influence of the adjusted intensity distribution in the process area was analyzed with high-speed video imaging, thermal imaging, and metallographic analysis of the seam properties.

The experimental analysis confirms that during trifocal brazing, a local zinc evaporation takes place prior to the spreading of the molten filler metal. As a result, a less turbulent processing zone and a superior seam quality are attained. This is a preview of subscription content, log in to check access. Rent this article via DeepDyve. Graudenz M, Heitmanek M Laser tools in the manufacturing process.

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The multiport circuit theory was initially developed in the s by scientists for accurate automated measurements of the complex reflection coefficients in microwave network analysis. These multiport pioneers highlighted its usefulness in microwave low-cost circuit characterizations S-parameters. Since , the multiport techniques were further developed for microwave and millimeter wave radios.

Several multiport architectures for specific applications such as communication transceivers, automotive radar, or imagery have been developed and implemented. Basically, the multiport is a passive circuit composed of several couplers interconnected by transmission lines and phase shifters.

April in Erlangen statt, Gastgeber war der Lehrstuhl. Friedrich-Alexander​-Universität Erlangen-Nürnberg (FAU) “speed dating” bei dem 18 Studenten der 3 Universitäten Ideen für Zusammenarbeit in der Forschung.

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Multiport Technology: New Perspectives and Applications

Here we provide a sample of great templates for producing such reports, which include layout guidelines to help guide you through the process. MI Milestone Example Report. Student report with header 5th grade; Met dit bestand kan je in latex overleaf aan de slag. Veel succes! BDC Project Report.

The POMs provide strong Brønsted acidity, high proton mobility, fast multi-​electron as all other POM catalysed conversion of biomass to date – suffers from a CRT, University Erlangen-Nuremberg for Headspace-GC measurements. S. Ren and K. N. Marsh, Green Chem., , 16, – RSC.

Deadline for applications submission each year is 31 st March. All four applications were awarded with in total 5. Appendino Grant. The Committee decided to launch another call in Fall She has carried out a complete experimental study investigating the optimal processing parameters for electrophoretic deposition EPD of novel spinel coatings on metallic substrates, aiming at manufacturing robust layers on interconnects for application in solid oxide cells SOCs. He investigated the biological activity of bioactive glass coatings obtained by atmospheric plasma spraying APS employing different bioactive glass powders and precursors.

MC3T3-E1 bone cells were cultured and seeded onto the coatings and positive results in terms of cell viability, cell adhesion, distribution, and morphology were achieved. She investigated the development and characterization of novel electrophoretically deposited chitosan CS – bioactive glass BG composite coatings on WE43 magnesium alloy substrates for biomedical applications. This collaboration will continue with focus on the biological response to the developed CS-BG coatings.

These coating were deposited at two different parameters and characterized in terms of morphology and composition. The antibacterial properties, mechanical properties, cytotoxicity and ion release behavior of fabricated coatings will be further investigated at FAU.

Marcos Curty

She expressed her thanks to Prof. The prize, endowed with 5 million yen the equivalent of almost 41, euros , is awarded every two years to outstanding chemists under 47 years of age. This year’s focus is sustainability, to highlight the social issues including plastic waste management to which the chemical industry could contribute. The committee honoured Frank Glorius especially for the development of so-called chemo- and enantioselective arene hydrogenation and of additional tools for improving synthesis.

Press release by Mitsui Chemicals.

Electromechanically Active Polymers (EAPs) represent a fast growing and (1) University Of Erlangen-Nuremberg, Chair Of Applied Dynamics, Erlangen, To date, the performances of DEGs have mostly been studied in.

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FAU University – Germany