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DTSTAMP:20191206T142522Z
LOCATION:Booth N-230
DTSTART;TZID=Europe/Stockholm:20180626T151500
DTEND;TZID=Europe/Stockholm:20180626T154500
UID:isc_hpc_ISC High Performance 2018_sess144@linklings.com
SUMMARY:Project Posters Presentation
DESCRIPTION:Project Poster\n\n(PP06) International HPC Certification Progr
 am\n\nKunkel, Himstedt, Filinger, Acquaviva, Jalby...\n\nThe HPC community
  has always considered the training of new and existing HPC practitioners 
 to be of high importance to its growth. The significance of training will 
 increase even further in the era of Exascale when HPC encompasses even mor
 e scientific disciplines. This diversification of HPC practit...\n\n------
 ---------------\n(PP21) EXASTEEL: Multiscale Simulation of Steel using FE2
 TI\n\nKlawonn, Köhler, Lanser, Rheinbach, Uran\n\nAdvanced High Strength S
 teels (AHSS) provide a good combination\nof both strength and formability 
 and are therefore applied exten-\nsively in the automotive industry, espec
 ially in the crash relevant\nparts of the vehicle. Dual-phase (DP) steel i
 s an example for such\nAHSS which is widely employed. The ...\n\n---------
 ------------\n(PP25) In Situ Visualization of Laser-Plasma Interaction\n\n
 Valenta, Danielová, Klimo, Bulanov\n\nThorough understanding of ultra-inte
 nse laser-plasma interaction may enable new routes in fundamental research
  as well as a wide range of applications. However, such systems involve co
 llective behavior of particles in self-consistent electromagnetic fields w
 hich is, in general, complex and strongly ...\n\n---------------------\n(P
 P18) MYX - MUST Correctness Checking for YML and XMP Programs\n\nProtze, S
 chwitanski, Müller, Murai, Tsuji...\n\nWith rapidly increasing concurrency
 , the HPC community is looking\nfor new parallel programming paradigms to 
 make best use\nof current and up-coming machines. \nUnder the Japanese CRE
 ST funding program, the post-petascale HPC\nproject developed the XMP prog
 ramming paradigm, a pragma-based\npartitioned gl...\n\n-------------------
 --\n(PP20) ESSEX-II: Equipping Sparse Solvers for Exascale\n\nWellein, Bas
 ermann, Fehske, Hager, Lang...\n\nThe ESSEX project is funded by the Germa
 n DFG priority programme 1648 “Software for Exascale Computing” (SPPEXA). 
 In 2016 it has entered is second funding phase, ESSEX-II.\n\nESSEX investi
 gates programming concepts and numerical algorithms for scalable, efficien
 t and robust iterative sparse matrix app...\n\n---------------------\n(PP2
 4) Intelligent Digital Rock Modeling\n\nBerezovsky, Yufryakova, Bai\n\nThe
  context of the project is  mathematical, computational  and cognitive cha
 llenges in the Digital Rock Modeling (DRM).  DRM implies using virtual or 
 reconstructed digitized pore space and mineral matrix of natural rock to n
 umerical simulating various physical processes in this digital object to o
 b...\n\n---------------------\n(PP05) The Fast Fourier Transform in the Ex
 ascale Era\n\nAseeri, Muite, Takahashi\n\nThe Fast Fourier Transform (FFT)
  is an important component of many programs. On many emerging high perform
 ance computing architectures, the FFT may not work well on the full parall
 el computer. A good benchmark will lead to adoption of the best FFT softwa
 re technology. Identification of alternative a...\n\n---------------------
 \n(PP19) Towards Supporting Heterogeneous Hardware in GROMACS\n\nMorgenste
 rn, Beckmann, Kabadshow\n\nMolecular dynamics (MD) has become a vital rese
 arch method in biochemistry and materials science. As part of the Priority
  Programme "Software for Exascale Computing“ (SPPEXA), GROMEX aims do deve
 lop a flexible and unified tool-box in the field of MD simulations on the 
 exascale. In MD, the fast multi...\n\n---------------------\n(PP07) ProPE 
 – A joint Effort to Establish a unified Service Infrastructure for Perform
 ance Engineering  in German HPC-Center\n\nEitzinger, Wellein, Röhl, Müller
 , Schürhoff...\n\nThe process of establishing systematic Performance Engin
 eering for Scientific\nComputing on HPC systems is still ongoing. In this 
 poster we present the\n"ProPE" project, which is being funded as part of t
 he DFG call\n"Performance Engineering für wissenschaftliche Software." The
  ProPE project\naims at la...\n\n---------------------\n(PP04) The High-Q 
 Club\n\nBrömmel, Frings, Wylie\n\nThis poster summarises knowledge gained 
 from running and tuning highly-scalable applications on JUQUEEN, the IBM B
 lue Gene/Q at Jülich Supercomputing Centre.  The ability to execute succes
 sfully on all 458,752 cores with up to 1.8 million processes or threads co
 uld qualify codes for the High-Q Club,...\n\n---------------------\n(PP11)
  EuroEXA: European Co-Design for Exascale Applications\n\nFroggatt, Hopton
 \n\nEuroEXA is a €20 million H2020 project that brings together sixteen pa
 rtners to design, build and demonstrate a groundbreaking architecture for 
 exascale, capable of scaling to 400 PFLOP (peak) in a system power envelop
 e of 30 MW (peak). The project will deploy three testbeds in an operationa
 l enviro...\n\n---------------------\n(PP15) Energy Efficient Computing Re
 search at STFC Hartree Centre\n\nBane\n\nThe ever-increasing use of ICT ha
 s a significant impact on the environment, due to both Carbon emissions ru
 nning cloud/data centres, PCs and embedded devices, but also the footprint
  during the manufacture and disposal of ICT equipment. The latter category
  is not only embodied emissions but also cove...\n\n---------------------\
 n(PP08) Performance Conscious HPC (PeCoH) - 2018\n\nHimstedt, Hübbe, Schrö
 der, Bockelmann, Kuhn...\n\nIn PeCoH, we establish the Hamburg HPC Compete
 nce Center (HHCC) as a virtual institution, which coordinates and fosters 
 joint performance engineering activities between the local compute centers
  DKRZ, RRZ and TUHH RZ. Together, we will implement user services to suppo
 rt performance engineering on a ...\n\n---------------------\n(PP12) DEEP-
 HybridDataCloud\n\nKozlov, Donvito, Gomes, Juan Ferrer, López García...\n\
 nThe DEEP Hybrid DataCloud project aims to provide a bridge towards a more
  flexible exploitation of intensive computing resources by the research co
 mmunities, enabling access to the latest technologies and specialised HPC 
 hardware, like GPUs or low-latency interconnects, to be able to explore la
 rge d...\n\n---------------------\n(PP02) Inverse Coil Design by Machine L
 earning-based Optimization\n\nBekemeier\n\nInductive power transfer is now
 adays a popular and widely used technology, e.g. for charging mobile phone
 s and heating cook ware. In such systems usually coplanar spiral coils are
  used in order to generate the necessary magnetic fields. However, with re
 gard to energy efficiency and safety it is desi...\n\n--------------------
 -\n(PP09) ProfiT-HPC: A Profiling Toolkit for HPC in Tiers 2 and 3\n\nBenk
 e, Bingert, Boehme, End, Kornev...\n\nProfiT-HPC aims at raising the aware
 ness of HPC users in all fields of research for the importance of profilin
 g and performance measurements of their applications. The primary goal of 
 Profit-HPC is to lower the barrier to the efficient usage of HPC systems. 
 For this, a toolkit will be developed that...\n\n---------------------\n(P
 P22) A Deep Learning Tool for fast Simulation\n\nVallecorsa\n\nMachine Lea
 rning techniques have been used in different applications by the HEP commu
 nity: in this talk, we discuss the case of detector simulation. The need f
 or simulated events, expected in the future for LHC experiments and their 
 High Luminosity upgrades, is increasing dramatically and requires n...\n\n
 ---------------------\n(PP01) TaLPas: Task-Based Load Balancing and Auto-T
 uning in Particle Simulations\n\nNeumann\n\nTaLPas will provide a solution
  to fast and robust simulation of many, inter-dependent particle systems i
 n peta- and exascale supercomputing environments. This will be beneficial 
 for a wide range of applications, including sampling in molecular dynamics
  (rare event sampling, determination of equation...\n\n-------------------
 --\n(PP13) An Auto Climate Model continuous Integration Strategy\n\nEcheva
 rria, Castrillo\n\nIn the Earth Science department at BSC we have develope
 d a strategy to synchronize this running procedure with the lasted release
 s of the ec-earth model.\n\nDescribe the protocol that we implemented to m
 ove forward an scheme of continuous integration is the goal of this poster
 .\n\nTo predict climate cha...\n\n---------------------\n(PP17) Efficient 
 Time Stepping in Partitioned Multi-Physics\n\nRüth\n\nThe ExaFSA project, 
 part of the DFG priority program SPPEXA, aims at efficient and scalable si
 mulations of fluid-structure-acoustics (FSA) interaction problems. Paralle
 l solvers and HPC algorithms are needed to solve this multi-scale multi-ph
 ysics problem.\n\nAn important building block is the couplin...\n\n-------
 --------------\n(PP03) The Virtual Institute for I/O and the IO-500\n\nKun
 kel, Lofstead, Bent\n\nThe research community in high-performance computin
 g is organized loosely.\nThere are many distinct resources such as homepag
 es of research groups and benchmarks.\nThe Virtual Institute for I/O aims 
 to provide a hub for the community and particularly newcomers to find rele
 vant information in many dire...\n\n---------------------\n(PP16) Advanced
  Computation and I/O Methods for Earth-System Simulations (AIMES)\n\nKunke
 l, Ludwig, Dubos, Maruyama, Aoki...\n\nThe Advanced Computation and I/O Me
 thods for Earth-System Simulations (AIMES) project addresses the key issue
 s of programmability, computational efficiency and I/O limitations that ar
 e common in next-generation icosahedral earth-system models. Ultimately, t
 he project is intended to foster developmen...\n\n---------------------\n(
 PP10) ESiWACE: Centre of Excellence in Simulation of Weather and Climate i
 n Europe\n\nNeumann\n\nThe Centre of Excellence in Simulation of Weather a
 nd Climate in Europe (ESiWACE) fosters the integration of the weather and 
 climate communities by leveraging two established European networks: the E
 uropean Network for Earth System Modelling (ENES) representing the Europea
 n Climate modelling communi...\n\n---------------------\n(PP14) Mont-Blanc
  2020, European Scalable, Modular and Power Efficient HPC Processor\n\nDer
 radji, Bernier-Bruna\n\nFollowing on from the three successive Mont-Blanc 
 projects since 2011, the three core partners Arm, Barcelona Supercomputing
  Center and Bull (Atos Group) have united again to trigger the development
  of the next generation of industrial processor for Big Data and High Perf
 ormance Computing. \n\nThe Mon...\n\n---------------------\n(PP23) Decimat
 e: A Portable and Fault-Tolerant Scheduler Extension Efficiently Handling 
 a Large Number of Dependent Jobs\n\nKORTAS, Toye, Hoteit\n\nSimultaneously
  accommodating needs of our scalability and capacity users on our KAUST XC
 -40 Shaheen II is challenging. To support workflows composed of a large nu
 mber of jobs, KAUST Supercomputing laboratory has developed Decimate to ea
 se the submission, monitoring and dynamic steering of workflows ...\n\n\nP
 asses: Conference Pass, Exhibition Pass
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