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Organized by:

Co-organized by:

In
Cooperation with:

The
Japanese Society for Artificial Intelligence

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PAKDD
School
Final Programme
| Date: |
Saturday, April 8, 2006 |
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| Venue: |
Microsoft Singapore Pte. Ltd.
1 Marina Boulevard
21st Floor, One Marina Boulevard
Singapore 018989
- For map of venue, click here!
- For map of SMRT rail network, click
here!
- For available mode of transportation
around Singapore, click
here!
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| 8.00 am - 8.30 am |
Registration |
| 8.30 am - 10.00 am |
Introduction to Data Mining
(Koh Hian Chye) |
| 10.00 am - 10.30 am |
Tea Break |
| 10.30 am - 12.00 noon |
Hands on session (SPSS representative) |
| 12.00 noon - 1.00 pm |
Lunch |
| 1.00 pm - 2.00 pm |
Advanced Topic I: Anomaly detection and
discovery
(David Hand) |
| 2.00 pm - 3.00 pm |
Advanced Topic II: Privacy Preservation
in Data Mining
(Wang Ke) |
| 3.00 pm - 3.30 pm |
Tea Break |
| 3.30 pm - 4.30 pm |
Advanced Topic III: Data Mining for Customer
Relationship Management Applications
(Jaideep Srivastava) |
| 4.30 pm - 6.00 pm |
Panel Discussion (All speakers) |
Talk Information
Title: Introduction
to Data Mining
Speaker: Koh Hian Chye
Biography:
Dr Koh Hian Chye is an Associate Professor
and Dean of the School of Business at SIM University
(UniSIM). He has published widely in international
and regional journals and conferences on topics
related to accounting and auditing, business
and management, statistical modelling and data
mining. His current interest is in the business
applications of data mining. Dr Koh frequently
acts as a consultant to private companies, large
organisations and government agencies. His recent
consultancy projects involve data mining applications.
He also serves as a trainer in workshops and
executive programmes. Dr Koh has recently written
a book entitled "Data Mining Applications
for Small and Medium Enterprises", which
is available at branches of the National Library
in Singapore.
Title: Advanced Topic
I: Anomaly detection and discovery
Speaker: David Hand
Abstract:
A major aim of data mining is to detect data
configurations representing real underlying
peculiarities of the phenomenon under investigation.
This is an important activity in both science
and commerce. In science, it enables one to
detect when a theory does not adequately explain
the data, and so needs replacing or extending.
In commerce it enables one to identify unusual
features of customer behaviour. This talk examines
the theory, methods, and tools of anomaly detection
data mining. Examples are given, and challenges
are described.
Biography:
David Hand is Professor of Statistics and Head
of the Statistics Section at Imperial College
London. He has published over twenty books on
statistics and related areas, including Principles
of Data Mining. He launched the journal Statistics
and Computing, and served a term of office as
editor of Journal of the Royal Statistical Society,
Series C. He was awarded the Thomas L. Saaty
Prize for Applied Advances in the Mathematical
and Management Sciences in 2001, the Royal Statistical
Society's Guy Medal in Silver in 2002, the IEEE
International Conference on Data Mining award
for Outstanding Contributions in 2004, and was
elected Fellow of the British Academy in 2003.
He acts as a consultant to a wide range of organisations,
including governments, banks, pharmaceutical
companies, manufacturing industry, and health
service providers.
Title: Advanced Topic
II: Privacy Preservation in Data Mining
Speaker: Wang Ke
Abstract:
Data mining enables us to analyze corporate
data to find ways to increase efficiency of
an organization. This technology may present
a threat to the privacy rights of individuals
when used to infer “private" information
from “public" data. For example,
under the HIPAA Privacy Rule, genomic data such
as person-specific DNA are not specified as
an identifying patient attribute. As such, genomic
data may be released for public research purposes.
Though genomic data alone is not sensitive,
its associated information, such as Gender,
Zip Code and Birthdate, may be used to link
genomic data to explicit identity of contributors,
which violates the privacy rights. In other
cases, data mining involves data owned by several
parties and collecting all private data in one
place is impractical. On the other hand, the
patterns and trends which data mining seeks
to extract should not depend on sensitive information
that is usually specific to individuals. Often,
it is the access to the data, before data mining
starts, that causes the privacy concerns. An
interesting question is how data can be rendered
so that sensitive information is masked and
usefulness to data mining is retained. This
talk will examine these issues. Examples will
be used to illustrate problems and solutions.
Biography:
Ke Wang received Ph.D from Georgia Institute
of Technology. He is currently a professor at
School of Computing Science, Simon Fraser University.
Before joining Simon Fraser, he was an associate
professor at National University of Singapore.
He has taught in the areas of database and data
mining.
Ke Wang's research interests
include database technology, data mining and
knowledge discovery, machine learning, and emerging
applications, with recent interests focusing
on the end use of data mining. This includes
explicitly modeling the business goal (such
as profit mining, bio-mining and web mining)
and exploiting user prior knowledge (such as
extracting unexpected patterns and actionable
knowledge). He is interested in combining the
strengths of various fields such as database,
statistics, machine learning and optimization
to provide actionable solutions to real life
problems.
Ke Wang has published in database, information
retrieval, and data mining conferences, including
SIGMOD, SIGIR, PODS, VLDB, ICDE, EDBT, SIGKDD,
SDM and ICDM. He is an associate editor of the
IEEE TKDE journal and has served program committees
for international conferences including DASFAA,
ICDE, ICDM, PAKDD, PKDD, SIGKDD and VLDB.
Title: Advanced Topic
III: Data Mining for Customer Relationship Management
Applications
Speaker: Jaideep Srivastava
Abstract:
Corporations across the world are recognizing
that intimate, one-to-one relationships with
their customers are critical for survival in
the increasingly global and competitive marketplace.
The ones which are proactive and quick footed,
have taken the initiative to implement a Customer
Relationship Management (CRM) system that integrates
every area of business that touches the customer
- namely marketing, sales, and customer service
- by coordinating people, internal processes
and technology. A traditional CRM system typically
focuses on reengineering the transactions and
workflows to make them customer centric, however
to gain competitive advantage it is equally
important to analyze the business data for locating
patterns in customer behavior that would help
in customer acquisition, retention, and building
customer loyalty. This can be achieved by coupling
Data Analytics with traditional CRM.
The tremendous leaps in storage
and computational power have made Data Analytics
emerge as a powerful business tool that unleashes
the power in your data across the organization
for better decision making. Data Analytics combines
data warehousing, data mining and mathematical
modeling concepts to decipher previously unknown,
actionable information from business data. Because
the basis of data analytics is data - the facts
about what has already happened in the organization
- data analytics enables the organization to
leverage the experience to make better decisions
today. This talk provides an up-to-date introduction
to the increasingly important field of "Analytical
CRM", whose goal is provide a quantitative
basis for making CRM decisions – thus
leading the transition from customer relationship
as an art to a science. Case studies from Amazon.com
and Yodlee will be presented to illustrate the
concepts.
Biography:
Jaideep Srivastava has established and led a
laboratory that has conducted research in databases,
multimedia systems, and data mining over the
past 17 years. He has supervised 23 Ph.D. dissertations
and 44 MS theses, and has authored/co-authored
over 180 papers in journals and conferences.
He received a Best Paper award for his joint
work on applying competitive economics models
to the problem of Quality-of-Service based resource
scheduling in distributed multimedia systems,
in 1999. Dr. Srivastava has active collaboration
with the technology industry, both for research
and technology transfer. He has chaired/co-
chaired a number of conferences, and is on the
editorial board of many journals, including
IEEE TKDE, IEEE TPDS, the VLDB Journal, the
WWW Journal, and the KAIS Journal. An often-invited
participant in technical and technology strategy
forums, Dr. Srivastava is a popular speaker
at industry, academic and government meetings.
The US federal government has solicited his
opinion on computer science research as an expert
witness. Dr. Srivastava's industry experience
includes heading data mining at Amazon.com,
and data warehousing, mining, and reporting
at Yodlee. He has provided technology and technology
strategy advice to a number of large corporations,
including Cargill, United Technologies, IBM,
Honeywell, 3M, and Persistent Systems. He has
served in an advisory capacity to a number of
small companies, including Lancet Software,
and Infobionics. A unique aspect of Dr. Srivastava's
career is that he is equally at ease in the
academia as in industry, and thus is able to
see things from both perspectives. In recognition
of this, he has been invited to be the Conference
Chair for SAS Inc's Data Mining Tehcnology Summitt
(the premier industry forum for data mining),
and as Technical Chair of ACM SIGKDD's Industrial
Program Committee. He has also served as general
chair and program chair for many academic research
conferences. He has been elected a Fellow of
the IEEE, and has been appointed a Distinguished
Visitor by the IEEE Computer Society. He is
on the High Technology Advisory Council to the
Chief Minister of Maharashtra, India.
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