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RICC-RIEC workshop 2018

Regional Inter-Cloud sub-Committee (RICC) and Research Institute of Electrical Communication (RIEC) will convene a joint workshop on December.

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日時

2018年12月03日
09時00分 から 16時00分 まで

場所

Research Institute of Electrical Communication, Tohoku University

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Regional Inter-Cloud sub-Committee (RICC) which is one of the sub-committee of Internet Technology 163th Research Committee (ITRC) in Japan Society for the Promotion of Science (JSPS) will convene a joint workshop with Research Institute of Electrical Communication in Tohoku University (RIEC) on December. RICC-RIEC workshop have been organized since 2015 supported by RIEC collaborative project. The technical program includes one keynote address and several research presentations.

information

  • Date: Mon. 3 Dec. 2018 (UTC+0900)
  • Venue: Research Institute of Electrical Communication, Tohoku University (map) 1F Open Seminar Room (M153)
  • Fee: Free (exclude banquet)
  • Registration: [TBD]
  • Sponsor: RICC, ITRC, JSPS, RIEC, Tohoku University
  • Contact: sec [at] ricc.itrc.net

program

  • 10:00-11:30 research meeting (private)
  • 11:30-13:00 lunch
  • 13:00-13:30 registration
Time/Session
13:30 〜 14:15

Session 1

  • [Keynote] Distributed Cloud for Disaster Mitigation and e-Science / Eric Yen (Academia Sinica Grid Computing Centre (ASGC), Taiwan)
    • Abstract:

      Distributed cloud has become the norm of advanced scientific computing infrastructure especially for data-driven applications and for e-infrastructure supporting multi-disciplinary research applications. ASGC is growing the distributed cloud computing technologies and applications progressively through experiences learned from supported research projects as well as technologies developed by large-scale collaborations such as WLCG, EGI and XSEDE.

      Distributed cloud is also used to support the regional collaborations on natural disaster risk analysis in Asia based on deeper understanding approach coordinated by ASGC. Knowledge-oriented hazard risk assessment based on deeper understanding of root cause and drivers of a hazard is carried out. Science gateways with innovative and accurate simulation models are developed from case studies.

      In this presentation, the design, architecture, and technologies of the ASGC distributed cloud system will be introduced. Implementation of the natural disaster hazard risk evaluation over the distributed cloud will be presented. Experiences of other e-Science applications beyond disaster mitigation will also be included.

14:30 - 16:00

Session 2

  • Title: Proposal of wide area distributed edge computing infrastructure giving incentive based on operation quality / Hiroki Kashiwazaki (Osaka Univ.)
    • Abstract: An edge computing infrastructure, that located at a place where the delay time with the data source is short attracts attention. Therefore, edge computing environment is required to be ubiquitous in the world. A cloud computing environments are built in urban data centers and can realize operational efficiency by concentration of investment. However, since the investment to the edge computing infrastructure is distributed geographically, it is difficult to reduce costs while maintaining high quality operation. Therefore, it is considered difficult for large capitalists (e.g. GAFA) to acquire the dominant position of edge computing environment. Therefore in this proposal, I propose a model that gives incentives according to the operational quality by investing in the environment and using the edge computing environment in the community and realizing high quality operation.
  • Title: An international SDN testbed and NFV applications / Kohei Ichikawa (NAIST), Atsuko Takefusa (NII), Yasuhiro Watashiba, Yoshiyuki Kido, Susumu Date (Osaka Univ.)
    • Abstract:Effective sharable cyberinfrastructure is fundamental for collaborative researches in widely distributed environments. PRAGMA-ENT is a large scale international software-defined networking (SDN) testbed, which is being designed and developed by combining different national academic networks and organizations. It offers complete freedom to researchers to access network resources to develop, experiment, and evaluate their new ideas. This enables the exposure of SDN techniques and technologies to the broader international research communities to foster computation- and data-driven research in the long-tail of eScience by creating new collaborations and new infrastructure. This talk will introduce the PRAGMA-ENT and recent research activities about network function virtualization (NFV) testbed on PRAGMA-ENT.
  • 17:30-19:30 banquet