Session: Grids Around Asia
"The APAC Grid Program
- Building a National Grid for Australia"
Speaker: A/Prof.
Andrew Rohl (iVec, Australia)
Abstract
The Australian Partnership for Advanced Computing
(APAC) Grid Program has developed Globus 2 and
4 based Grid infrastructures that simplify access
to the available computing resources by Australian
researchers. Using Xen virtual machines, multiple
interfaces to the available resources at the national
and state computing facilities have been successfully
implemented. In this talk, I will detail how this
was achieved as well as providing an overview of
how some of the early adopter communities are using
the APAC Grid.
Biodata
 Professor
Rohl is a world recognized leader in the
field of computer simulation of surfaces.
He has focused on the simulation of surface
interactions in growing crystals but the
methods and programs that he has developed
are directly relevant to many areas of materials
science and nanotechnology. He has been involved
in the development of two leading computer
simulation packages for materials science
called MARVIN and GULP, both of which are
used in hundreds of laboratories worldwide.
He is the author of over 90 refereed papers
and has attracted millions of dollars of
research funding. In 2004, he became the
CEO of iVEC, 'The hub of advanced computing
in Western Australia' This unincorporated
joint venture involves three Universities,
a vocational educational and training (VET)
provider and the Commonwealth Scientific
and Industrial Research Organisation (CSIRO)
and provides access to advanced computing,
large-scale storage, high-speed communications
and scientific visualisation. iVEC has enthusiastically
embraced grid technologies and is a very
active partner in the development of the
APAC National Grid. |
. .
.
"ASEAN Science & Technology
Research & Education Network Alliance"
Speaker: Dr.
Saiful Husain (Universiti Brunei Darussalam,
Brunei)
Abstract
ASEAN Science and Technology Research and Education
Network Alliance (ASTRENA) has been considered
to be very active in playing its role in promoting
integration and activities in ASEAN research and
education, and to create the framework to facilitate
accelerated cooperation and collaboration on a
bilateral or multilateral basis, and to position
ASEAN competitively in linkages and exchanges with
other regional networks such as APAN, North Asian
networks, networks in South Asia, and beyond (including
Europe and North America), through participation
of ASTRENA in various workshops, meetings and forum.
This talk will focus on the overview and insight
of the collaboration strategies of ASTRENA and
the projects and applications that currently been
undertaken.
Biodata
Dr
Saiful Azmi Husain is the Chairman of the
ASEAN Science and Technology Research and
Education Network Alliance (ASTRENA), a project
of the ASEAN sectoral Committee on Science
and Technology (COST). He is currently Dean
of Student Affairs and Lecturer, Department
of Mathematics, Faculty of Science, Universiti
Brunei Darussalam. He obtained his BSc Ed
from Brunei, MSc from University of East
Anglia, and his PhD from the Australian National
University. His current research mainly focuses
on modelling, analysing and simulating the
visco-elastic materials, such as food dough,
household plastics, glasses, bone and muscles.
He is a visiting scientist at the Commonwealth
Scientific and Industrial Research Organisation
(CSIRO) and the Australian National University
(ANU), Canberra, Australia.
|
. .
.
"ChinaGrid: National
Education and Research Cyber-infrastructure in China"
Speaker: Prof.
Hai Jin (Huazhong Science & Technology
University, China)
Abstract
I will summarize
the first phase of ChinaGrid project, which is the
largest national grid project in China, from its
basic infrastructure, grid middleware package development
and deployment, to the typical grid application support
environment. I will also introduce the plan for ChinaGrid
phase 2.
Biodata
Hai
Jin is a Professor of Computer Science and
Engineering at the Huazhong University of Science
and Technology (HUST) in China. He is also
the Dean of School of Computer Science and
Technology at HUST. He received his PhD in
computer engineering from HUST in 1994. In
1996, he was awarded German Academic Exchange
Service (DAAD) fellowship for visiting the
Technical University of Chemnitz in Germany.
He worked for the University of Hong Kong in
1998 - 2000 and participated in the HKU Cluster
project. He worked as a visiting scholar at
the University of Southern California in 1999
- 2000. He is the chief scientist of the largest
grid computing project, ChinaGrid, in China.
Dr. Jin is a senior member of IEEE and member
of ACM. He is the member of Grid Forum Steering
Group (GFSG). His research interests include
cluster computing and grid computing, peer-to-peer
computing, network storage, network security,
and high assurance computing.
.
. .
"Grids in Japan"
Speaker: Satoshi
Sekiguchi (Advanced Industrial
Science & Technology, Japan)
Biodata
Satoshi Sekiguchi joined Electrotechnical
Laboratory, Agency of Industrial Science and
Technology in 1984, and is the founding director
of Grid Technology Research Center (GTRC),
AIST since 2002. He is a member of IEEE, SIAM,
IPSJ, and is a chair of the SIGHPC. He has
served as a steering committee member of the
Global Grid Forum (GGF) till 2003, and now
a member of GGF advisory committee. He has
been one of technology and community leaders,
who is in particular one of the PIs of the
Ninf project since 1995, the founder of the
Asia Pacific Grid partnership (ApGrid), National
Research Grid Initiative (NAREGI), and chairing
Japan Grid Consortium (JpGrid).
.
. .
"Vision
for Building a Cyber-infrastructure in
Korea"
Speaker: Dr.
Jongsuk Ruth Lee (KISTI, Korea)
Abstract
The Grid is one of promising information and
communication technologies which enable us
to use simultaneously all kinds of resources
such as computers and storages that are connected
by high speed networks. This presentation
addresses the status and vision for building
a cyber-infrastructure in Korea. The national
K*Grid project, KoCED Grid project, e-Science
project, and others have been executed as
a part of an effort to build the cyber-infrastructure
in Korea since 2002. Many activities such
as to build Grid testbed, to develop Grid
middleware, to support and develop Grid applications,
and to do an international collaborations
for realizing the vision have actively been
performed.
Biodata
Dr. Jongsuk Ruth
Lee (jsruthlee@kisti.re.kr) is a senior
researcher in Grid Computing Research
Team, HPcN (High Performance convergence
Network) Project Division, KISTI (Korea
Institute of Science and Technology Information).
She received a Ph.D. in Computer Science
from University of Canterbury, New Zealand.
She has played a crucial role of especially
developing a K*Grid middleware toolkit
called "MoreDream" and a K*Grid
service package called "KMI-R1 (K*Grid
Middleware Initiative - Release 1)" since
2002. She also works for University of
Science & Technology, Korea as an
associate professor. Her research interests
include Grid Computing, Grid middleware,
parallel/distributed computing and parallel/distributed
simulation, and high performance network. |
.
. .
"Grid in Malaysia -
1"
Speaker: A/Prof.
Suhaimi Napis (Universiti Putra
Malaysia, Malaysia)
Biodata
.
. .
"Grid @ MIMOS"
Speaker: Luke
Jingyuan (MIMOS)
Abstract
This presentation will give a short introduction on MIMOS Grid Computing Lab and its focus areas and how the lab envision the Grid be applied to in the near future.
Biodata
Luke Jingyuan graduated
with a BEng in Electrical and Electronics
Engineering from University of Science
Malaysia in 1995 and joined MIMOS R&D
since. He was initially involved in several
image processing and robotics research
projects before extending his research
interests into network multimedia, IP
multicasting and finally into High Performance
Computing and Grid Computing. |
.
. .
"Philippine e-Science Grid Program"
Speaker: Rey
Vincent Babilonia (Advanced
S&T Institute, Philippines)
Abstract
The Philippine e-Science Grid (PSIGrid) aims
to enhance research, development and delivery
of products and services that require massive
computational resources. It is positioned
to become the umbrella program for grid computing
projects in the Philippines. Bioinformatics
and numerical earth modeling have been identified
as the most immediate beneficiaries of this
program, and are the applications that will
have the most significant and visible impact
for the program. Among the current stakeholders
of this program include Advanced Science
and Technology Institute (ASTI), Ateneo de
Manila University (ADMU), University of the
Philippines (UP), Philippine Atmospheric,
Geophysical and Astronomical Services Administration
(PAGASA), and Philippine Institute of Volcanology
and Seismology (PHIVOLCS). PSIGrid is still
being proposed to the Department of Science
and Technology (DOST) in order to receive
funding, but the stakeholders already have
activities and facilities as well as projects
that are running on their respective computing
facilities.
Biodata
Rey Vincent Babilonia
is a science research specialist with
the Advanced Science and Technology Institute.
He is currently involved in building
the Philippine national grid infrastructure.
He worked with the PREGINET, the research
and education network of the Philippines,
wherein he made contributions in digital
content systems library management system,
network management system and IPv6 research.
His research interests include software
development, Web development, IPv4 and
IPv6 networking, and distributed and
parallel computing. Mr. Babilonia took
his Bachelor of Science degree in Computer
Science at the University of the Philippines
in Diliman. He is currently taking up
Master in Information Systems at the
University of the Philippines Open University. |
.
. .
"Grids in Taiwan -
1"
Speaker: Dr.
Simon Lin (Academic Sinica Grid
Center, Taiwan)
Biodata
 Simon
Lin is Director of Computing Centre,
Academia Sinica and the Executive Officer
of the Pacific Neighborhood Consortium.
He is also the Chair of the General Support
Division, which supports the infrastructure
operation and maintenance of Taiwan's
National Digital Archives Program. Simon
Lin received his PhD degree from Edinburgh
University in Theoretical Physics. His
research interests include Computational
Physics and Scientific Computing, Statistical
Physics and Field theory, Grid Computing,
Metadata and Digital Archives. He is
also an adjunct professor in several
universities. |
. . .
"Grids in Taiwan -
2"
Speaker: Dr.
Fang-Pang Lin (NCHC,Taiwan)
Biodata
 Fang-Pang
Lin is a key developer for developing
a national cyber-infrastructure, namely
Knowledge Innovation National Grid (KING).
He initiated the Ecogrid project within
PRAGMA as well as within KING to overarch
international collaboration and extended
development of KING for the year 2003.
His recent major efforts include Grid-based
Lake Metabolism research and Telescience
in PRAGMA, World Wide Meta-computing
with HLRS, Germany and workflow model
with AIAI, Edinburgh University. Fang-Pang
Lin obtained his PhD in University of
Wales at Swansea, UK. He worked in Rolls-Royce
University Computing Center in Oxford
University as a research scientist after
one-year postdoctoral research in Swansea.
He joined NCHC in 1997 and has been working
in numerical simulation and software
engineering regarding application integration. |
.
. .
"Driving Innovation
with a National Grid Infrastructure"
Speaker: Dr.
Putchong Uthayopas (Thai National
Grid Project, Thailand)
Abstract
One of the key factors to the competitiveness
in an information age is a presence of a
strong e-infrastructure that allows people
to participate, communicate, and share both
computing resources and innovative ideas.
Since last year, Thai National Grid Center
successfully drives the creation of a nation
wide Grid infrastructure involving more than
15 geographically distributed institutes
in Thailand. This talk presents an overview
of the project, progress, technical aspects,
and challenges in the building of a national
scale grid system. Some of the applications
that use ThaiGrid infrastructure will be
discussed. Finally, the next important step
is to move toward a User Centric Grid, a
Grid that offers a rich and powerful set
of services that are easy to use.
Biodata
Putchong
Uthayopas works at Department of Computer
Engineering, Faculty of Engineering,
Kasetsart University, Thailand. He is
also Director of the Thai National Grid
Center, Software Industry promotion Agency
(SIPA), Ministry of Information and Communication
Technology. His research interests are
cluster and Grid computing technology
especially in middleware and tools. He
is actively involved in many Cluster
and Grid Computing activities in Thailand
and Asia Pacific. He is the co-founder
of Thai National Grid Project. In addition,
he is a co-chairman of Grid committee
and e-science working groups of APAN.
He is also a Thailand's representative
in PRAGMA, ApGrid, and ASTRENA project.
During summer of 1998, 1999, 2000, and
2001 he was a visiting scholar at Argonne
National Laboratory working with MPICH
team on cluster computing environment.
___________________________________________________________________________
Session: UK-Singapore Partnership
in Science Workshop on eScience & Grid Computing
Speaker: Prof.
Yike Guo (Imperial College, UK)
Biodata
Dr. Yike Guo is a professor in computing
science in the Department of Computing,
Imperial College London. His research
is in the area of parallel applications
and network computing including parallel
data mining algorithms, distributed data
mining systems, decision support systems
and parallel symbolic computation. He
is also leading two research and development
teams to build an internet
based large scale distributed data mining
system and a problem solving environment
for high
performance financial modelling. Yike
Guo graduated in Computer Science from
Tsinghua University, Beijing, China and
has a PhD in Logic and Declarative Programming
from Imperial College, University of
London. Since his graduation from Imperial
College, he has been working on data
intensive parallel applications and network
computing. Since Sept. 1995, he is the
Technical Director of Imperial
College/Fujitsu Parallel Computing Research
Centre responsible for organising
research activities of the center. From
Sept. 1997, he is the Technical Director
of Imperial
College Parallel Computing Centre.
.
. .
"The Expo Ontology:
Describing Scientific Experiments"
Speaker: Prof. Ross D King (University of Wales,
Aberystwyth, UK)
Abstract
The formal description of experiments
for efficient analysis, annotation, and
sharing of results is a fundamental objective
of science. Ontologies, the explicit
specification of the concepts in a subject,
are required to achieve this goal. A
few subject-specific ontologies of experiments
currently exist. However, despite the
unity of science, there is no generally
accepted ontology of scientific experiments.
We propose the ontology EXPO to meet
this need. EXPO links the general upper
ontology SUMO with subject-specific ontologies
of experiments by formalising the generic
concepts of experimental design, methodology,
and results representation. The structure
of EXPO follows international standards
and formats: with its concepts organised
in a (/is-a/) hierarchy, along with their
relations and definitions. EXPO is expressed
in the W3C standard ontology language
OWL. We first demonstrated the utility
of EXPO by applying it to two experiments:
one in high-energy physics, and the other
in molecular biology. The use of EXPO
made the goals and structure of these
experiments more explicit, revealed ambiguities,
and highlighted similarities. More recently
we have also demonstrated EXPO's value
in describing our own "Robot Scientist"
experiments. We are currently extending
EXPO for application to drug screening
and design, and working with the Royal
Society of Chemistry to use EXPO to help
annotate chemistry publications. We argue
that the use of ontologies to annotate
scientific experiments will have profound
effects on scientific publications. We
conclude that EXPO is of general value
in describing experiments and a step
towards the formalisation of science.
Biodata
Professor Ross D. King has an international
reputation in bioinformatics, chemo-informatics
and machine learning based on more than
20 years experience in these fields.
His first degree was in Microbiology
from the University of Aberdeen, he then
did an MSc in computer science from the
University of Newcastle-upon-Tyne. His
PhD degree from the Turing Institute
was perhaps the first bioinformatics
Ph.D. in the UK. He has more than 100
refereed publications in computer science,
biology, and chemistry, including six
citation classics (papers with more than or equal to 100
citations). He founded and leads the
Computational Biology group in the Department
of Computer Science, University of Wales,
Aberystwyth. In 2000 RDK co-founded the
start-up company PharmaDM which carries
out contract research for big Pharma,
and markets drug-design software. Most
recently, he has led the Robot Scientist
project which demonstrated how biological
experiments can be automated efficiently
and in a closed-loop manner
.
. .
Speaker: Dr.
Tom Oinn (European Bioinformatics Institute,
UK)
Biodata

.
. .
"Classifying
Proteins with myExperiment: myOntology"
Speaker: Dr. Robert Stevens (University of Manchester,
UK)
Abstract
Our
work on using an OWL ontology to classify
members of the phosphatase protein family
has given us the prospect of cataloging
innumerable proteins from many families
and suggesting many new types of proteins. the
barrier to really exploiting the potential
is the development of the hundreds of
protein family ontologies. In this talk
I'll raise the question of the ontology
counterpart of the myexperiment idea;
that is, "myOntology". can
we engage the cummunity in building such
ontologies? the lure might be the discovery
of novel proteins and the means to analyse
them through the community effects, social
organisation of myExperiment. Can we
gather information from tags supplied
during analyses on proteins to help develop
protein family ontologies? Protein family
analysis through OWL; the bioinformatics
analysis of the results and the commmunity
development of the ontologies offers
an ideal marketplace for eScience and
ontologies.
Biodata
Dr. Robert Stevens is a senior lecturer
in Bioinformatics in the bioHealth Informatics
Group (http://www.cs.manchester.ac.uk/bhig)
with a background in both biochemistry
and computer science. His D.Phil in human
computer interaction led to work focusing
on biologist users of computer technology.
He lead the Life Science work on the
TAMBIS and GONG (http://gong.manchester.ac.uk)
projects, and has been instrumental in
bridging between biologists and computer
scientists in the myGrid project. He
has an international reputation in ontology
development and controlled annotation,
including: early development on semantic
similarity measures in bioinformatics;
collaborations with the NERC environmental
biology community; the BioPAX consortium;
and members of the Gene Ontology Consortium;
ontologies to map evolutionary relationships
between species in ComparaGrid (http://www.comparagrid.org/);
and the development of annotation interfaces
for working biologists (GOAT - http://goat.man.ac.uk & myTea
- http://mytea.org.uk/) and a Life Science
Semantic-based browser in the EU funded
Sealife project (http://www.biotec.tu-dresden.de/sealife/).
Robert is a CI on the CO-ODE project
(http://www.co-ode.org/)
that co-develops the Protege OWL ontology
development environment. He co-chairs
the databases and ontologies track at
ISMB 2007 and has co-chaired the annual
bio-ontologies meeting at ISMB for eight
years. He has presented many tutorials
on ontology and workflow development.
.
. .
Speaker: Prof.
David De Roure (University of Southampton,
UK)
Biodata
Prof.
David De Roure is Head of Grid and
Pervasive Computing in the School
of Electronics and Computer Science, University
of Southampton, UK. He was a founding
member of the School's Intelligence,
Agents, Multimedia Group and his
current research focus is the application
of advanced knowledge technologies to
pervasive computing and the Grid. He
is involved in the UK e-Science programme
as Principal Investigator of the Open
Middleware Infrastructure Institute UK in
Southampton and Co-Director of the Southampton
Regional e-Science Centre. He is
Director of EnviSense,
the DTI funded Centre for Pervasive Computing
in the Environment. Internationally he
is a member of the Steering Group of
the Global Grid Forum and he leads the Semantic
Grid Research Group with Carole
Goble and has a coordinating role
in WUN Grid.
He obtained his PhD in 1990 in the design
of distributed programming languages
and subsequently worked in the field
of declarative systems and later in hypermedia.
He is a World
Wide Web Consortium Advisory Committee
member and actively involved in the international
World Wide Web conference series as well
as ACM Hypertext. He sits on the JISC Committee
for the Support of Research and is engaged
in AHRC
Arts and Humanities e-Science initiatives.
.
. .
"The
Grid Service Market: Economics of the
Next Generation Internet and Grid"
Speaker: Dr.
Colin Richardson (Imperial College, UK)
Abstract
As
Computational Grids mature and the next
generation Internet begins to emerge
as a space for useful services that offer
exciting possibilities for users, the
two are merging into a general platform
for services powered by transparently
accessible compute power. However, an
economic model for this environment,
and the technologies that support it,
has always been missing. This presentation
describes our work into the development
of an economic model to support the next
generation Internet and the multitude
of services it will provide.
Biodata
Dr. Colin Richardson
was educated in economics at Monash
University, Queens' College, Cambridge
and the University of Tasmania,
following service in the Royal
Australian Navy - including visits
to Singapore while on Strategic Reserve
duty. He has been Chief Economist, Department
of Management and Budget in Melbourne
and Economic Adviser, HM Treasury in
Whitehall. A former State President of
the Economic Society of Australia, he
joined the Online Media Program of LaTrobe
University, researching Internet infrastructure
(Telstra) and eCommerce (Australian Taxation
Office). From 2003 he was a Research
Fellow of the University of Abertay Dundee
and in 2006 became Internet Economist
at the London eScience Centre, Imperial
College. Dr. Richardson (60)
is an Australian citizen and a British
subject. His present research interests
include dynamic computer simulation modelling
of complex economic systems and the
development of global Grid and Web
services, focussing on business models,
incentive structures, investment decisions,
and efficient pricing.
___________________________________________________________________________
Session: Gelato
Meeting
"Welcome & Sharing
on Gelato Federation"
Speaker: Dr. Mark Smith (Gelato
Federation, USA)
Abstract
Itanium is a very scalable platform as
the IT industry moves to multi-core.
Itanium is starting to be widely adopted
in Enterprise environments and is well
suited to handle Enterprise workloads.
Itanium workload and performance data
will be presented as well as details
on why Itanium scales so well. A brief
overview of the Gelato Federation,
the Linux Itanium technical community,
will be discussed. I will also provide
details on specific Gelato projects
that are advancing the Linux Itanium
platform.
Biodata
Mark
K. Smith is the Managing Director of
the Gelato Federation. He works with
Federation Members and Sponsors around
the world, fostering collaborative
relationships among Members, Sponsors,
and the general community to advance
the Linux Itanium platform. Mark leads
a technical team at University of Illinois
and dedicates time to educating the
general community about the advantages
of the platform. Prior to joining Gelato,
he worked in the software industry
for 10 years. Mark holds a Ph.D. in
engineering from the University of
Illinois.
.
. .
"Itanium and
Grid Computing - A Vendor's Perspective"
Speaker: Jeff Adie (SGI
Asia Pacific)
Abstract
Many
people's conception of Grid computing
is based on a cluster of 'cheap' PCs
or the utilisation of spare cycles on
people's desktops and subsequently feel
there is no place for premium processors
like the Itanium. While low-cost clusters
are certainly valid aspects of the Grid,
they by no means encompass the complete
realm of Grid requirements. We need to
distinguish between capacity computing
and capability computing, understanding
that there is a need for the 'heavy lifting'
as well. This talk discusses the relevance
of Itanium within the Grid from the vendor's
perspective, covering such issues as
'why Itanium?', the pros and cons of
IPF, and thoughts on the future.
Biodata
Jeff
Adie has a very strong practical
background in visual and high-performance
computing with the ability to architect
solutions for a broad mix of customers
in the entertainment, simulation and
HPC sectors. As both an artist and a
technologist, Jeff has extensive experience
and a considerable depth of knowledge
in the areas of feature film, broadcast
television, post-production, visualisation,
simulation, performance tuning and software
design/development.
Jeff's wide range of
creative and technical skills enable
him to help clients select the appropriate
mix of SGI and third-party technologies
to solve problems, or to build entire
solutions.
Jeff's current interests
include research into real time simulation
and rendering of large, complex scenes.
Jeff provides technical advice to production
houses and consults on many projects,
including a recent stint as a contract
VFX supervisor for an Australian production.
As a principal engineer, Jeff is also
involved with current and future products
that SGI is developing.
Before joining SGI, Jeff
worked as a senior VFX artist with Gibson
Group Ltd.; as a consultant with Eagle
Technology Ltd.; as a graphic artist
for Video Images Ltd., and as a designer
for ComputerVision Corp. He also founded
and managed a successful private design
company, Dataworks Design Limited, providing
creative and consultative services to
many design and production houses. Jeff
also worked with Weta Digital in New
Zealand providing services for the Lord
of the Rings trilogy of feature films.
Jeff has a postgraduate Diploma of Computer
Science in Computer Graphics and Parallel
Architecture from the University of Auckland,
New Zealand
. . .
"Preparing for
LHC Turn-on--ALICE in Grid-land"
Speaker: Prof. Lawrence Pinsky (University of Houston, USA)
Abstract
One of the major drivers of Grid middleware
development over the most recent years
has been the preparation for the data
taking and subsequent analysis by the
CERN LHC experiments. Along with the
other major LHC experiments, ALICE has
been progressing through a series of
data challenges to assess and improve
the Grid services that will be needed
when the full bore data analysis load
will arrive over the next few years.
ALICE has a data volume problem that
makes the Grid essential, and also
more-so than any of the other LHC experiments,
ALICE has to make use of diverse systems
with diverse architectures to obtain
access to sufficient computing resources.
Among other achievements, ALICE has
successfully incorporated using Grid-based
computing resources based on Itanium
clusters (such as are available in
Singapore) using their AliEn middleware.
The current state of affairs with respect
to the ALICE-specific middleware tools
and the relative performance of the
Itaniums will be presented.
Biodata
Professor
Lawrence Pinsky is the chairperson of
the Physics Department at the University
of Houston. He holds a B.S. in
physics from Carnegie-Mellon University
and an M.A. and Ph.D. in physics from
the University of Rochester. Professor
Pinsky also holds J.D. and LL.M. degrees
from the University of Houston's Law
Center. He is licensed to practice
law in the State of Texas, specializing
in intellectual property and information
law, as well as being a licensed patent
attorney. Professor Pinsky is a member
of the ALICE-USA Collaboration and has
served as the Computing Coordinator for
that effort. He is a member of
the ALICE Computing Board and the CERN
Grid Deployment Board. At the University
of Houston he is a member of the Executive
Committee of the Texas Learning and Computation
Center. Professor Pinsky also has
an extensive NASA-supported research
effort in the development of Monte Carlo
Transport codes for use in simulating
the space radiation environment.
.
. .
"Infomediation
and Markets in Transition"
Speaker: Kumaran
Pillai (Protege Software Pte Ltd)
Abstract
The impact of Itanium technology has enabled
businesses to adopt new innovative business
models. Improvements in process efficiencies
have enabled business to explore and exploit
info-mediation not as just alternate but
as primary business models driving their
business in the 21st century. The quantum
leap in computational power has led to
the commoditization of specialist services
in many industries. The executive briefing
narrates how technology plays a part in
achieving top line growth and profitability
and how you can achieve business agility
by adopting the latest Itanium innovation.
Learn how to develop your own technology
roadmap and learn how to develop a strategy
for success.
Biodata
Kumaran
is a serial entrepreneur who brings the
breadth and depth of executive experience
into the company. Prior to the founding
of Protege, Kumaran was the CEO of Zenith
Software Technology which qualified for
the Technology Incubation Program in May
2000, under the auspices of A*Star (formerly
known as the National Science and Technology
Board) in Singapore. His current responsibilities
include strategy formulation, financial
management, business development, product
development and marketing. Kumaran graduated
with a Bachelors of Information Technology
from the University of Queensland, Australia,
was a recipient of the Letter of Outstanding
Performance. His hobbies include writing,
listening to music, reading about history
and doing social work. He is blessed with
a wife and two children. |
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