# Session Papers and Talks Accepted

**A multilevel approach to algorithm and software design for Exaflops supercomputers **

*Boris Glinskiy, Igor Kulikov, Aleksey Snytnikov, Igor Chernykh and Dmitry Weins *

**A Parallel Multiple-Precision Arithmetic Library for High Performance Systems **

*Konstantin Isupov and Knyazkov Vladimir *

**A technology for the design of hybrid supercomputer simulation codes for relativistic particle electrodynamics **

*Alexey Snytnikov, Ekaterina Mesyats, Marina Boronina and Alexey Romanenko *

**A Technology of 3D Elastic Wave Propagation Simulation Using Hybrid Supercomputers **

*Dmitry Karavaev *

**Application of modern high-performance techniques for solving local and global seismic problems **

*Nikolay I. Khokhlov and Igor B. Petrov *

**Arrowhead decomposition for a block-tridiagonal system of linear equations **

*Pavel Belov, Eduard Nugumanov and Sergey Yakovlev *

**Case study of using Intel Xeon Phi for solving Particle-in-Cell plasma simulation problems **

*Iosif Meyerov, Sergey Bastrakov, Igor Surmin, Arkady Gonoskov, Evgeny Efimenko, Aleksei Bashinov, Artem Korzhimanov, Anton Larin, Alexander Muraviev, Anatoly Rozanov and Mikhail Savichev *

**CMF - framework for high-resolution Earth system modeling **

*Vladimir Kalmykov and Rashit Ibrayev *

**Development of parallel linear solver for reservoir simulation on hybrid computing systems with multiple GPUs **

*Arthur Yuldashev, Ratmir Gubaidullin and Nikita Repin *

**Development of SIGMA software for the supercomputer simulation of coupled aerodynamic and thermomechanical processes in composite structures of high-speed aircraft **

*Yury I. Dimitrienko, Mikhail N. Koryakov and Andrey Zakharov *

**Dynamic tuning methods of DVMH-programs for clusters with accelerators **

*Vladimir Bakhtin, Alexander Kolganov, Victor Krukov, Natalya Podderugina and Mikhail Pritula *

**High-performance simulations of continuously variable transmission dynamics **

*Stepan Orlov, Natalia Melnikova, Yury Ispolov and Nikolay Shabrov *

**How to reach GreenGraph500 top with FPGA-based supercomputer? Theory and practice. **

*Anatoliy Sizov and Sergey Elizarov *

**Hydrogeological modeling in radioactive waste disposal safety assessment using the GeRa code. **

*Ivan Kapyrin, Igor Konshin, Kopytov German, Kirill Nikitin and Yuri Vassilevski *

**Information and mathematical software for the aerospace systems of remote sensing and the radiation forcing on the Earth's climate to predict the consequences of development of the Arctic region and computing **

*Tamara Sushkevich, Sergey Strelkov and Svetlana Maksakova *

**Massively parallel hybrid algorithm for simulation of seismic wave propagation in complex media **

*Victor Kostin, Vadim Lisitsa, Galina Reshetova, Vladimir Tcheverda and Dmitry Vishnevsky *

**Matrix methods for fluid mechanics problems **

*Michael Ermakov *

**Methods for increasing optimisation for large scale parallel computing experiments on unstructured grids **

*Sergey Sukov *

**Microservices cloud applications testing approach **

*Dmitry Savchenko and Gleb Radchenko *

**Modern high-performance reconfigurable computer systems based on Xilinx Virtex-7 and Virtex UltraScale FPGAs **

*Alexey Dordopulo and Ilya Levin *

**MPI Implementation of Dimension Reduction Multilevel Scheme for Parallel Solving the Global Optimization Problems **

*Alexander Sysoyev, Konstantin Barkalov, Victor Gergel and Ilya Lebedev *

**Multiscale modelling approach to property prediction: hypercrosslinked polystyrene. **

*Alexei Lazutin, Anna Glagoleva, Mikhail Glagolev and Valentina Vasilevskaya *

**Numerical solution of kinetic equations for high-speed rarefied gas flows **

*Vladimir Titarev *

**Operator library for solving of mathematical physics problems on locally adaptive grids using CUDA **

*Michael Krasnov *

**Optimal checkpointing to the local storage device **

*Aleksey Bondarenko and Mikhail Iakobovski *

**Optimized implementation of HPCG benchmark on supercomputer with "Angara" interconnect. **

*Alexander Agarkov, Alexander Semenov and Alexey Simonov *

**Parallel Algorithm for Local-best-match Time Series Subsequence Similarity Search on the Intel MIC Architecture **

*Aleksander Movchan and Mikhail Zymbler *

**Parallel algorithm for mathematical modeling of interaction of a strong shock wave with a molecular cloud **

*Boris Rybakin, Valery Goryachev, Lyuben Stamov and Elena Mikhalchenko *

**Parallel algorithm for solving large-scale dynamic general equilibrium models **

*Nikolai Melnikov, Arseniy Gruzdev, Michael Dalton and Brian O'Neill *

**Parallel algorithm for sparse QR decomposition of a rectangular upper quasi triangular matrix with ND-type sparsity **

*Sergey Kharchenko *

**Parallel implementation of the sparse QR decomposition for rectangular upper quasi triangular matrix with ND-type sparsity **

*Sergey Kharchenko and Alexey Yushchenko *

**Parallel linear systems solution for multiphase flow problems in the INMOST framework **

*Igor Konshin, Igor Kaporin, Kirill Nikitin and Yuri Vassilevski *

**Parallel partitioning tool GridSpiderPar for large mesh decomposition **

*Evdokia Golovchenko and Mikhail Yakobovskiy *

**Parallel program complex for numerical weather prediction and climate modeling **

*Mikhail Tolstykh, Rostislav Fadeev and Vassily Mizyak *

**Perspectives of exascale computing for novel energy technologies **

*Vyacheslav Vecher, Nikolay Kondratyuk, Genri Norman, Nikita Orekhov, Vasiliy Pisarev, Grigory Smirnov and Vladimir Stegailov *

**Research and development methods ensure acceptable thermal mode for teraflops supercomputers **

*Alexsander Rymarchuk, Victor Maziuk, Nikolay Paramonov and Oleg Tchij *

**Research of tomographic schemes of low-frequency ultrasonic diagnostics on supercomputers **

*Sergey Y. Romanov *

**Serial-parallel method using for partial associative operation parallelizing **

*Алексей В. Фролов *

**Simulation of unsteady processes in turbomachines based on non-linear harmonic NLH-method with the use of supercomputers **

*Yuri Boldyrev, Alexander Rubtsov, Yuri Kozhukhov, Alexander Lebedev, Ivan Cheglakov and Aleksei Danilishin *

**Solving the global optimization problems on heterogeneous cluster systems **

*Konstantin Barkalov, Victor Gergel, Ilya Lebedev and Alexander Sysoyev *

**Solving unstable linear programming problems of high dimension on cluster computing systems **

*Irina Sokolinskaya and Leonid Sokolinsky *

**Supercomputer simulation of nanocomposites on the basis of carbon and silicon in new types of Li-ion power sources **

*Dmitry Varlamov, Vadim Volokhov, Tatiana Zyubina, Alexander Zyubin, Alexander Volokhov and Gennady Pokatovich *

**Supercomputer simulations method of the coupled qubit and oscillator systems **

*Marina Denisenko, Arkady Satanin, Alexey Liniov, Victor Gergel and Dmitry Pashin *

**Supercomputing in the context of the knowledge economy **

*Yuri Zelenkov *

**The efficiency of the implementation of iterative methods for the solution of elliptic equations in atmospheric general circulation models on massively parallel systems **

*Evgeny Mortikov *

**The structure of INMOST program platform and its usage for numerical modeling problems **

*Alexander Danilov, Kirill Terekhov, Igor Konshin and Yuri Vassilevski *

**Topology reserves of flattened system networks **

*Viktor Podlazov and Michail Karavay *

**Two-level parallel strategy for multifrontal sparse Cholesky factorization **

*Sergey Lebedev, Dmitry Akhmedzhanov, Evgeniy Kozinov, Iosif Meyerov, Anna Pirova and Alexander Sysoyev *

**Using Intel Xeon Phi coprocessor for execution of natural join on compressed data **

*Leonid Sokolinsky and Elena Ivanova *

**Using of Lammps and Gromacs software packages for high-performance deposition simulation of nano-structured thin films **

*A.N. Sharov, A.A. Gorokh, M.Y. Kozmin, A.V. Sulimov, D.V. Lukyanenko and S.A. Sharapova *

**Virtual prototyping technology is the key technology for analysis of results of supercomputer modeling **

*Nikolay Shabrov, Vladislav Kiev and Aleksei Kuzin *

**What is the fastest way to compute quantum and classical atomistic models using the latest software algorithms and supercomputing hardware? **

*Grigory Smirnov and Vladimir Stegailov *

**Yet another tridiagonal matrix algorithm parallelizing method **

*Алексей В. Фролов *

**Математическое моделирование столкновения галактик на гибридных суперЭВМ с ускорителями Intel Xeon Phi **

*Igor Kulikov, Igor Chernykh, Vladislav Nenashev and Eugenya Katysheva *