SECOND INTERNATIONAL WORKSHOP ON SUSTAINABLE ULTRASCALE COMPUTING SYSTEMS.


 

NESUS 2015

Krakow, Poland. September, 10-11, 2015

 cracow

Background

The ever-increasing data and processing requirements of applications from various domains are constantly pushing for dramatic increases in computational and storage capabilities. Today, we have reached a point where computer systems’ growth cannot be addressed anymore in an incremental way, due to the huge challenges lying ahead, in particular scalability, energy barrier, data management, programmability, and reliability.

Ultrascale computing systems (UCS) are envisioned as a large-scale complex system joining parallel and distributed computing systems, maybe located at multiple sites, that cooperate to provide solutions to the users. As a growth of two or three orders of magnitude of today’s computing systems is expected, including systems with unprecedented amounts of heterogeneous hardware, lines of source code, numbers of users, and volumes of data, sustainability is critical to ensure the feasibility of those systems. Due to those needs, currently there is an emerging cross-domain interaction between high-performance in clouds or the adoption of distributed programming paradigms, such as Map-Reduce, in scientific applications, the cooperation between HPC and distributed system communities still poses many challenges towards building the ultrascale systems of the future. Especially in unifying the services to deploy sustainable applications portable to HPC systems, multi-clouds, data centers, and big data.

NESUS 2015 workshop focuses on the software side, aiming at bringing together researchers from academia and industry interested in the design, implementation, and evaluation of services and system software mechanisms to improve sustainability in ultrascale computing systems with a holistic approach.

Important dates

  • Workshop contributions due: September 1st. 2015

  • Workshop camera-ready papers due: September 20th, 2015

Contributions

We are looking for two kind of contributions:

  • Full papers, that should not exceed 8 pages in the NESUS paper style.
  • Short papers, that should not exceed 4 pages in the NESUS paper style
  • Posters to be presented at the workshop. Poster authors should also submit a summary of two pages for the proceedings.

Please, submission instructions below.

Topics

We are looking for original high quality research and position papers on applications, services, and system software for sustainable ultrascale systems. Topics of interest include:

  • Ultrascale system aspects
    • Existing and emerging designs to achieve sustainable ultrascale systems.
    • Simulation techniques to enhance sustainability of ultrascale computing systems.
    • Performance measurement results on ultrascale systems.
    • Development, deployment, and execution of applications on ultrascale systems.
    • Cross-layer issues supporting sustainability of ultrascale systems.
  • Programming models and tools
    • Software engineering aspects for sustainable utlrascale applications and systems
    • High-level parallel programming tools and programmability techniques to improve development sustainability on ultrascale platforms.
    • Synergies among emerging programming models and run-times from HPC, distributed systems, and big data communities to provide sustainable execution models.
    • Programming support systems enabling software including debuggers, performance tools, and ultrascale libraries.
    • Tools/environments for (semi)automatic   code generation and optimization.
    • Ultrascale programming paradigms.
  • Programming Heterogeneous Computing Systems
    • Design and implementation of efficient parallel algorithms for heterogeneous systems.
    • Algorithms & programming models for accelerator-based computing.
    • Algorithm performance and scalability for HCS.
    • Theoretical models for heterogeneous clusters.
  • Resilience issues and portable performance.
    • Sustainable resilience and fault-tolerant mechanisms that can cooperate throughout the whole software stack to handle errors.
    • Fault tolerance techniques in partitioned global address space (e.g. PGAS, MPI, hybrid) and federated cooperative environments.
    • Adaptive Self-tuning Computing Systems.
  • Energy efficiency aspects
    • New energy efficiency techniques for monitoring, analyzing, and modeling ultrascale systems
    • Energy efficiency metrics for multiple resources (computing, storage, networking) and sites.
    • Eco-design of ultrascale components and applications
    • Energy-aware algorithms and software components to shape energy issues of applications.
    • Ultrascale green computing.
  • Data intensive applications lifecycle in ultrascale systems
    • Data management optimization techniques through cross layer adaptation of the I/O stack to provide global system information to improve data locality.
    • Enhanced data management lifecycle on scalable architectures combining HPC and distributed computing (clouds and data centers).
    • Techniques for aggressive management of information and knowledge from data: stream data processing, data locality, etc.
  • Ultrascale Parallel and Distributed applications.
    • Experiences with applications, high-level algorithms, and services amenable to ultrascale systems
    • High-performance scientific and engineering computing.
    • Stream computing and ultrscale workflows.
    • AstroParticle Physics (APP), High energy physics, Financial, Bioinformatics, …
    • Case studies demonstrating novel ways to achieve ultrascale parallelism and distribution.

Committees

Workshop Organizers:

  • Jesus Carretero. University Carlos III of Madrid. Spain.
  • Javier Garcia-Blas. University Carlos III of Madrid. Spain.
  • Roman Wyrzykowski. Czestochowa University of Technology. Poland.
  • Emmanuel Jeannot. INRIA Bordeaux Sud-Ouest, France.

SteeringCommitte:

  • Angelos Bilas. ICS. FORTH. Greece.
  • Ivona Brandic. University of Vienna. Austria.
  • Georges DaCosta. Université Paul Sabatier. Tolouse 3. France.
  • Toni Cortes. Barcelona Supercomputing Center. Spain.
  • Alexey Lastovetsky. University College Dublin. Ireland.
  • Laurent Lefevre. INRIA, ENS of Lyon. France
  • Svetozar Margenov. Bulgarian Academic of Sciences. Bulgaria.
  • Maya Neytcheva. Uppsala University. Sweden.
  • Ariel Oleksiak. Poznan Supercomputing Center. Poland.
  • Radu Prodan. University of Innsbruck. Austria.
  • Gudula Rünger. Technical University of Chemnitz. Germany.
  • Leonel Sousa. INESC. Portugal.
  • Domenico Talia. Universitá della Callabria. Italy.

Program Committee:

  • Francisco Almeida. Universidad de la Laguna. Tenerife. Spain.
  • Harold Castro. Universidad de los Andes. Colombia.
  • Alok Choudhary. Northwestern University. USA.
  • Skevos Evripidou. University of Cyprus. Cyprus.
  • Thomas Fahringer. University of Innsbruck. Austria.
  • Sonja Filiposka. University of Ss Cyril and Methodius. Macedonia.
  • Javier Garcia-Blas. University Carlos III of Madrid. Spain.
  • Jose D. Garcia. University Carlos III of Madrid. Spain.
  • Florin Isaila. Argonne National Labs. USA.
  • Pankaj Jalote. Indraprastha Institute of Information Technology. India.
  • Helen Karatza. Aristotle University of Thessaloniki. Greece.
  • Dimitar Lukarski. Uppsala University. Sweden.
  • Pierre Manneback. University of Mons. Belgium.
  • Svetozar Margenov. Bulgarian Academic of Sciences. Bulgaria.
  • Attila Marosi. Hungarian Academy of Sciences. Hungary.
  • María José Martín Santamaría. University of Coruña. Spain.
  • Anastas Mishev. University of Ss Cyril and Methodius. Macedonia.
  • Ricardo Morla. Universidade de Porto. Portugal.
  • Dana Petcu. West University of Timisoara. Romania.
  • Jean Marc Pierson. Université Paul Sabatier. Tolouse 3. France.
  • Gudula Ruenger. Technische Universität Chemnitz .Germany.
  • Enrique S. Quintana-Orti. Universitat Jaume I. Spain.
  • Thomas Rauber. University of Bayreuth. Germany.
  • Karolj Skala. Ruđer Bošković Institute. Croatia.
  • Victor J. Sosa. CINVESTAV. Mexico.
  • Roman Trobec. Jozef Stefan Institute. Slovenia.
  • Trinh Anh Tuan. Budapest University of Technology and Economics. Hungary.
  • Eero Vainikko. University of Tartu. Estonia.
  • Pascal Bouvry. University of Luxembourg. Luxembourg.
  • Laurence T. Yang. St.Francis University. Canada.
  • Albert Zomaya. University of Sydney. Australia.

Paper submission guidelines

Papers should not exceed 8 pages in the NESUS paper style. The usage of LaTeX for preparation of the contribution as well as the submission in camera ready format is strongly recommended. The 8 pages limit is a hard limit. It includes everything (text, figures, references) and will be strictly enforced by the submission system. Download NESUS Paper Latex style HERE.Paper submission has to be performed electronically via the conference Web site in PDF format. Use the PAPER SUBMISSION ONLINE SYSTEM to submit a paper. Papers accepted for publication must also be supplied in source form (LaTeX). Papers must offer original contributions. Only contributions not submitted elsewhere for publication will be considered.

Workshop proceedings will be published in an electronic and printed proceedings volume after the conference. Authors of accepted papers will be requested to sign a copyright form.

Journal special issue

Authors of selected full papers will be invited to submit an extended version of the paper to a special issue of The Journal of Supercomputing (Springer). Invited papers submitted to the journal should include at least 30% of original extra material and they will have to past the review process of the journal.

Co-Organized by

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Contact: jesus.carretero .AT. uc3m.es