Keynote Speakers(Alphabetical)
|
Dr. Junwei Cao, Professor of Research Institute of Information Technology
Title:
Distributed Computing in an era of Clouds and IoT Abstract While Cloud Computing is gaining popularity and
Internet of Things is becoming the next strategic direction of technology
development in In this talk, new challenges of Clouds and IoT are summarized. How can traditional distributed
computing techniques be used to address these challenges? How will
distributed computing middleware evolve to meet new application requirements
in the new era of Clouds and IoT? Prototype systems
and applications under development at Biography: Junwei Cao is currently a Professor and Assistant Dean of Research
Institute of Information Technology, Tsinghua
University, China. Before joining Tsinghua in 2006,
he was a Research Scientist of Massachusetts Institute of Technology, Junwei Cao’s research is focused on advanced computing
technology and applications. He recently participated in research projects on
Cloud Computing and Internet of Things under the National 973 Basic Research
Program, Ministry of Science and Technology of China. Junwei
Cao has published over 100 academic papers, cited by international
researchers for over 2000 times. Junwei Cao is a
Senior Member of the IEEE Computer Society and a Member of the ACM and CCF. |
Dr. Gang Chen , Professor of
Computer Science, Computing Center, 19B YuquanLu, Shijingshan District,
Title: Grid Computing in High Energy Physics
in Abstract: High energy physics (HEP) has always been the pioneer on the
development and applications of computer science. As the new generations of
HEP experiments, LHC and BEPCII as examples, started to be operational in
2009, grid computing has become an integral part of the practice of high
energy physics. A large scale grid computing infrastructure, namely WLCG[1] or Worldwide LHC Computing Grid, has been being
built and is providing high performance computing services of data process
and physics analysis. Short Bio 1991-1994 he was the physicist of L3 experiment at CERN; since
1995-1996 he was post-doc at Since 2003 he is the
director of the Computing Centre of the IHEP; He is in charge of the
provision of a high performance computing infrastructure for BESIII, ARGO-YBJ
and LHC projects. He is the member of International High Energy Physics
Computing Coordination Committee (IHEPCCC) since 2005. Starting from 2004, he
has been leading a group to build the WLCG site in |
|
|
Dr. Department of Computing 180 Queen's Gate Telephone: +44 2075948182 Fax: +44 2075818024 Email: yg@doc.ic.ac.uk Title: The
Essence of Cloud Computing Cloud computing has been viewed as a
technical revolution or a synonym of some distributed HPC technique such as
Grid Computing. In this talk, we argue a quite different view of cloud
computing: the essence of cloud computing is to deliver computation as services.
One key feature of a service is its quality. Higher quality services are paid
with higher price. Also, as payment increases, a better service should be
delivered. This service oriented business model provides cloud computing a
new semantics where algorithm design and software building have very
different principles compared to those in traditional computing. We present
the IC Cloud development carried in our group and use it to illustrate some
key concepts for building up a cloud based service market. Bio Dr. |
|
Dr. Institute of Networking &
Distributed Computing Title:
Semantic P2P Networks: Future Architecture of Cloud Computing and Internet of
Things? Abstract When more and more nodes and users are
connected in the Internet in the cases of Cloud computing and the Internet of
Things, centralized computing modes will be failed with the limit band width
and privacies. P2P technologies may be the future architecture of Cloud
computing and the Internet of Things. This talk will introduce a different P2P technology: semantic P2P Network-- Virtual Hierarchical Tree Gird Organizations (VIRGO). Other than unstructured and DHT-based structured P2P networks, VIRGO keeps the semantic meanings of the nodes’ roles in the communities. In VIRGO approach, the nodes are identified as domain names classified by the semantic meaning of roles in the organizations. The nodes construct the VIRGO network according to their domains, which form a coalition of vertical virtual organizations. Bio Prof. Huang works on
challenges about Cloud
Computing and P2P computing. He has worked on
e-Science and Grid computing since the beginning of Prof. Huang now is a Director of Network & Distributed
Computing at Zhejiang Sci-Tech University (ZSTU).
Prior to joining ZSTU, Prof. Huang worked as a Senior Research Associate in
the |
|
Keyuan Jiang, PhD Title: Biological Pathway
Similarity Search – eScience with Distributed
Computing Abstract Biological pathways are important determinants of living activities. Recent advances in laboratory technologies have driven an increasing accumulation of biological pathway datasets. This wealth of pathway datasets provides researchers with an opportunity to elucidate biological functions by performing pathway comparisons at the genomic scale against known pathways found in other organisms or within the same organism. A method has been developed to perform similarity searches using a scoring mechanism to rank the similarities of the pathway in question against those in the pathway repository. To achieve a reasonably good performance, the method is implemented using the Condor distributed computing resources spanning across several campuses. Leveraging the community-developed XML-based pathway data format, our method compares the pathway in question against those stored in a pathway database. A pair of XML documents is compared at each Condor node, and the result of all the comparisons are scored and ranked to indicate the similarity of each pair of pathways. Bio Dr. Keyuan
Jiang is a faculty member at Department of Computer Information Technology
& Graphics of Purdue University Calumet, U.S.A. He earned his bachelor
degree from Nanjing Institute of Technology, and his doctorate from |
|
Dr. Yuanan
Liu, Professor of wireless
networks Title:
Cognitive Radio, Algorithms and Applications Abstract This report will recall the background of cognitive radio technologies at first. Multi-band spectrum sensing, non-cooperative power control game for OFDMA-based secondary spectrum sharing and high power efficiency spectrum sharing algorithms are simply described. Also, simulation results showed in the report. Bio Prof. Liu received B.E., M.Eng and PH.D degree in electronic engineering from He is interested in LTE and IMT-A mobile technology, next generation mobile network, sensors network, things of Internet, radio technology, and etc. He is the author or co-authors of more than 170 technical papers , five books and 24 patents. He is recognized as the first person and leading
person of IEEE |