The Heidelberg Laureate Forum Foundation (HLFF) annually organizes the Heidelberg Laureate Forum (HLF), which is a networking event for mathematicians and computer scientists from all over the world. The 6th Heidelberg Laureate Forum will take place from September 23 to 28, 2018. The HLFF was established and is funded by the German foundation the Klaus Tschira Stiftung (KTS), which promotes natural sciences, mathematics and computer science. The Scientific Partners of the HLFF are the Heidelberg Institute for Theoretical Studies (HITS) and Heidelberg University. The HLF is strongly supported by the award-granting institutions, the Association for Computing Machinery (ACM), the International Mathematical Union (IMU), and the Norwegian Academy of Science and Letters (DNVA).
Young researchers in computer science and mathematics from all over the world can apply for one of the 200 coveted spots to participate in the Heidelberg Laureate Forum (HLF), an annual networking event. The HLF offers all accepted young researchers the great opportunity to personally interact with the laureates of the most prestigious prizes in the fields of mathematics and computer science. For one week, the recipients of the Abel Prize, the ACM A.M. Turing Award, the ACM Prize for Computing, the Fields Medal, and the Nevanlinna Prize engage in a cross-generational scientific dialogue with young researchers in Heidelberg, Germany.
The 6th HLF will take place from September 23 to 28, 2018 (with young researcher registration on September 22). This prominent, versatile event combines scientific, social and outreach activities in a unique atmosphere, fueled by comprehensive exchange and scientific inspiration. Laureate lectures, young researcher workshops and a structure welcoming unfettered discussions are the elements that compose the Forum’s platform.
Over the course of the week-long HLF, young researchers will be given the exclusive possibility to profoundly connect with their scientific role models and find out how the laureates made it to the top of their fields.
The application period for the 6th HLF runs from November 6, 2017 until February 9, 2018. Young researchers at all phases of their careers (undergraduate, graduate PhD or postdoc) are encouraged to complete and submit their applications by February 9 (midnight at the dateline) via the following link: http://application.heidelberg-laureate-forum.org
All applications that are completed and submitted by the deadline are meticulously reviewed by an international committee of experts to ensure that only the most qualified candidates are invited. There are 100 spaces available for each discipline of mathematics and computer science. All applicants will be notified by the end of April 2018 whether or not they will be invited.
For questions regarding requirements and the application process, please contact Young Researchers Relations at yr@heidelberg-laureate-forum.org
For more information, please visit www.heidelberg-laureate-forum.org
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Na konkurs za izbor jednog docenta za užu naučnu oblast Matematička analiza, prijavio se jedan kandidat, Jovana Nikolić.
Naslov pristupnog predavanja: „Ojlerove smene u integralima“
Datum, vreme i mesto održavanja: četvrtak 16.11.2017. u 11 sati, sala 710/IV
Članovi komisije:
Prof. dr Dragoljub Kečkić, vanredni profesor
Dr Jelena Katić, docent
Dr Borislav Gajić, viši naučni saradnik MI SANU
Datum objavljivanja: 06.11.2017.
detaljnije
Međunarodna konferencija "Algebra and Analysis with Application" biće održana na Ohridu od 1-4. jula 2018. u organizaciji Unije istraživača Makedonije.
Teme konferencije su: analiza, algebra, numeričke metode, naučna izračunavanja, finansijska matematika i druge.
Prvi poziv na konferenciju
Rok za regstraciju i prijavu apstrakta je 15. maj 2018.
Više informacija može se naći na sajtu konferencije
detaljnije
Naredni sastanak Seminara biće održan u sredu, 8. novembra 2017. u biblioteci Matematičkog instituta SANU sa početkom u 14 časova.
Predavači: Božidar Jovanović i Borislav Gajič, Matematički institut SANU
Naslov predavanja: ALGEBARSKE KRIVE, RIMAN-HURVICOVA TEOREMA
Apstrakt: U pitanju je predavanje u okviru specijalnog kursa "Algebarske krive i primene u klasičnoj mehanici".
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Tematski skup "Biomedicinsko inženjerstvo u nacionalnom okviru kvalifikacija i klasifikacija zanimanja u Srbiji - postojeće stanje i pravci daljeg razvoja" održaće se 10. novembra 2017. godine u 11:00 na Mašinskom fakultetu Univerziteta u Beogradu, Amfiteatar CENT.
Rok za registraciju je 7.11.2017.
Detalji i agenda skupa
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Rok za slanje apstrakata i prijavu gostiju za učešće na VIII Simpozijumu "Matematika i primene" produžen je i traje do nedelje 12.11.2017.
Simpozijum
Registracija
Arhiva
detaljnije
Naredni sastanak Seminara biće održan u utorak, 7. novembra 2017. u sali 301f Matematičkog instituta SANU sa početkom u 14:15 časova.
Predavač: Tatjana Davidović, Matematički institut SANU
Naslov predavanja: TIGHTER MODELS FOR BARGE CONTAINER SHIP ROUTING
Apstrakt: This talk addresses the problem of optimal planning of a liner service for a barge container shipping company. Given estimated weekly demands between pairs of ports, our goal is to determine the subset of ports to be called and the amount of containers to be shipped between each pair of ports, so as to maximize the profit of the shipping company. In order to save possible leasing or storage costs of empty containers at the respective ports, our approach takes into account the repositioning of empty containers. The line has to follow the outbound-inbound principle, starting from the port at the river mouth. We propose a novel integrated approach in which the shipping company can simultaneously optimize the route (along with repositioning of empty containers), the choice of the final port, length of the turnaround time and the size of its fleet. To solve this problem, a new mixed integer programming model is proposed. On the publicly available set of benchmark instances for barge container routing, we demonstrate that this model provides very tight dual bounds and significantly outperforms the existing approaches from the literature for splittable demands. We also show how to further improve this model by projecting out arc variables for modeling the shipping of empty containers. Our numerical study indicates that the latter model improves the computing times for the challenging case of unsplittable demands. We also study the impact of the turnaround time optimization on the total profit of the company.
Tis is joint work with L. Alfandari, F. Furini, I. Ljubić, V. Maraš, S. Martin.
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