Supercomputer Simulations in Science and Engineering
Conference goals
Supercomputer simulations are fast growing approach for doing research in sciences and engineering. The main goals of the conference is i) in the exchange ideas in development of methods and algorithms which take into account trends in the hardware development, and which may help to intensify research, and ii) in the presentations of the results of supercomputing simulations in science and engineering. Conference should play role of the venue were senior scientists and students may have opportunity to speak each other and exchange ideas and views on the developments in the area of supercomputing simulations.
Scientific program and topics
Program of the conference is concentrated on the analysis and discussion of research and activity in supercomputer simulations that generally lie on the boundary of scientific branches, i.e. which are multidisciplinary research.
Conference program are based also on the background of activity of Russian researchers in computing, physics, mathematics, and engineering.
Important feature of the conference is a large number of young researchers and students, with poster and oral presentations.
Scientific program are consists with 4 types of presentation:
- Plenary talks. Invited plenary speakers, leading researches in the field, will give plenary talks. Talks would be of review type, with focus on the computational methods and results in the field of research. Plenary talks are scheduled for each day before lunch and lasts 40 minutes.
- Invited talks at parallel sections. Invited 30 minutes talks are the basis for sectional work.
- Contributed talks of 20 minutes at parallel sections. Selection for contributed talks provided by the international program committee. We plan combine program into 12 sections, with 4-5 sections running in parallel at each afternoon. We keep at least one slot for young researchers in each section.
- Poster contribution. Each participant is eligible for at least poster presentation. Best poster prize will be awarded for the best poster by young researcher.
Topics of parallel sections:
- Methods and approaches in supercomputer simulations
- Parallel and distributed computing
- Trends in programming for supercomputing
- Distributed systems for big data processing>
- Application of supercomputer simulations in sciences
- Application of supercomputer simulations in engineering
- High education in the area of supercomputer simulations
Conference Program
Wolfhard Janke
Generalized ensemble computer simulations for structure formation of semiflexible polymers
Vladimir Koren'kov
Distributed computing and Big Data in JINR
Sergey Moiseenko
Application of Lagrangian completely conservative implicit operator-differemce scheme for the simulation of magnetorotational processes in astrophysics
Room N 412
Chair:
| Time | Name | Title |
| 14.00-14.20 | Mikhail Kuzminsky | |
| 14.20-14.40 | Ramon Antonio Rodriges Zalipynis | ChronosServer and first results on its performance evaluation |
| 14.40-15.00 | Grigory Smirnov | |
| 15.00-15.20 | Svetlana Grishunina | |
| 15.20-15.40 | Pavel Prudnikov | |
| 15.40-16.00 | Sergey Polyakov, | Supercomputer simulation of nonlinear problems of fluid dynamics in cores |
Room N 412
Chair:
| Time | Name | Title |
| 16.30-16.50 | Dmitry Kachulin | |
| 16.50-17.10 | Igor Bychkov, Aleksander Andrianov, Aleksander Gornov and Anton Anikin | Numerical solution of huge-scale quasiseparable optimization problems |
| 17.10-17.30 | Liliia Ziganurova | |
| 17.30-17.50 | Dmitri Knyazkov | Web-interface for HPC computation of a plane wave diffraction on a periodic layer |
| 17.50-18.10 | Roman Gaydukov and Vladimir Danilov | |
| 18.10-18.30 | Sergey Dyachkov, Maria Egorova, Semen Murzov, Anatoly Parshikov and Vasily Zhakhovsky | The auto-balancing algorithm for parallel SPH simulations of materials in extremes |
Nail Inogamov
Simulations of short pulse laser-matter interaction
Martin Weigel
Massively parallel Monte Carlo simulations with population annealing
Boris Shabanov
TBA
Sergey Glyzin
Spatially inhomogeneous modes of logistic equation with delay and small diffusion in a flat area
Vladimir Stegailov
Supercomputer architectures and acceleration of molecular dynamics calculations
Coffee
Lev Shchur
New trends in high performance simulations
Arkady Satanin
Simulation of down-conversion processes in quantum circuit electrodynamics
Room N 412
| Time | Name | Title |
| 14.00-14.20 | Anatoly Manita | Probabilistic issues in the node synchronization problem for large distributed systems |
| 14.20-14.40 | Vsevolod Nikolskii, Vyacheslav Vecher and Vladimir Stegailov | |
| 14.40-15.00 | Ilya Valuev, Sergei Belousov, Anastasia Perepelkina, Vadim Levchenko and Andrey Zakirov | High Performance Memory Efficient Finite Difference Time Domain Algorithms for Large Meshes |
| 15.00-15.20 | Alexander Sorokin and Ekaterina Makushenko | Using of massively parallel computing in file recovery procedures |
| 15.20-15.40 | Olga Klimenkova | |
| 15.40-16.00 | Daria Chernyuk and Anton Teslyuk | Data popularity estimation using machine learning algorithms |
Room N 412
Chair:
| Time | Name | Title |
| 16.30-16.50 | Sergey Bobkov, Anthony Teslyuk, Vyacheslav Ilyin and Ivan Vartanyants | |
| 16.50-17.10 | Vladimir Semyonov and Alexey Timofeev | PARAMETRIC RESONANCE AND ENERGY TRANSFER IN DUSTY PLASMA: THEORY AND SIMULATION |
| 17.10-17.30 | Anastasia Batanova, Azat Nizametdinov and Pavel Dyshlovenko | Computer simulation of elasticity and many-body interactions in charge stabilized colloidal crystals |
Hall 4th floor
P1. Leonid Ivanovsky (P.G. Demidov Yaroslavl State University), Stable regimes of dynamic systems with impulive influences.
P2. R. Sh. Ikhsanov (National Research University Higher School of Economics), Modeling of bulk electron photoemission from plasmonic nanoantennas of different shapes and sizes.
P3. Boris Korneev (Moscow Institute of Physics and Technology), DiamondTorre algorithm for large-scale fluid dynamics modeling.
P4. Elizaveta Shiriaeva (National Research University Higher School of Economics, Joint Institute for High Temperatures of RAS, Structure analysis of liquid water molecular dynamic models.
P5. Lev Barash (Landau Institute for Theoretical Physics, Science Center in Chernogolovka), Monte Carlo calculations with the population annealing algorithm - improvements and massively parallel realization.
P6. Kobil Haknazarov (National Research University Higher School of Economics, Joint Institute for High Temperatures of RAS), Calculation of Point Defects Migration Barriers in the SNAP Model.
P7. M.V. Magnitskaya (Institute for High Pressure Physics, Russian Academy of Sciences, Troitsk), Ab initio calculations of complex systems beyond the standard DFT approach.
P8. Ekaterina Dlinnova (Higher School of Economics), Finite-Difference Approximation Errors in Molecular Dynamics: Their Influence on Per-Atom Forces.
P9. Marina Fadeeva (Scientific Center in Chernogolovka, 142432 Chernogolovka, National Research University Higher School of Economics), ON THE ACCURACY OF WANG-LANDAU METHOD.
P10. Dmitriy Pashin (Lobachevsky State University of Nizhny Novgorod), Capture into resonance a quantum particle moving in a double-well potential.
P11. A.A.Vnukov, A.Fomina (HSE NRU, Bauman MSTU), Efficient parallel algorithm for computing matrix of the robot gripper.
P12. S.K. Shikota (Science Center in Chernogolovka), Computerizing workplace with centralized scientific workflow systems.
P13. Rogov Anatoly and Menkina Alina (National Research University Higher School of Economics), Development of algorithms for load testing of high-performance applications.
P14. Anton Menshutin (Science Center in Chernogolovka), Performance evaluation of parallel diffusion-limited aggregation algorithm.
| Time | Name | Title |
| 09.00-09.20 | Sergey Aleshin, Sergey Glyzin and Sergey Kaschenko | WAVES INTERACTION IN THE FISHER-KOLMOGOROV EQUATION WITH ARGUMENTS DEVIATION |
| 09.20-09.40 | Vyacheslav Vecher, Vsevolod Nikolskiy and Vladimir Stegailov | Comparison of hybrid CUDA-based algorithms for classical molecular dynamics: how to maximize performance and minimize energy consumption? |
| 09.40-10.00 | Nikolay Kondratyuk, Vladimir Stegailov and Genri Norman | Self-consistent molecular dynamics calculation of diffusion in higher n-alkanes |
| 10.00-10.20 | Nikolay Khrapov, Artem Oganov, Mikhail Posypkin, Valery Roizen and Artem Samtsevich | Volunteer Computing for Computational Materials Design |
| 10.20-10.40 | Larisa Manita and Mariya Ronzhina | Optimal Control of a Spherical Inverted Pendulum |
| 10.40-11.00 | Marina Mamonova | First-principle investigation of the atomic structure and magnetic properties of Ni films on Cu substrate |
Chair:
| Time | Name | Title |
| 11.30-11.50 | Alexandr Sboev, Danila Vlasov and Alexey Serenko | Effective calculations on neuromorphiУ hardware based on SNN approaches |
| 11.50-12.10 | Yulia Grishunina and Larisa Manita | |
| 12.10-12.30 | Sergey Slastnikov and Alexander Belov | Modeling of multi depot vehicle routing problem for petroleum products |
| 12.30-12.50 | Alexander Belov, Alexey Los and Mikhail Roghkov | |
| 12.50-13.10 | Alexandr Sboev, Alexandr Naumov, Ivan Moloshnikov, Roman Rybka, Dmitry Gudovskikh and Anton Selivanov | |
| 13.10-13.30 | Alexey Los and Michail Rozhkov | On the possibility of applying high technology in the study of systems of information protection |