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Program Chairs
Heng Tao Shen
The University of Queensland
Graham Cormode
AT&T Labs-Research
PC Members
Selcuk Candan
Arizona State University
Feifei Li
Florida State University
Xue Li
University of Queensland
George Kollios
Boston University
Flip Korn
AT&T Labs-Research
Dan Olteanu
Oxford University
Christopher Re
University of Washington
Anish Das Sarma
Stanford University
Ke Yi
Hong Kong
University of Science and Technology
Jeffrey Yu
Chinese University of Hong Kong
Anthony K. H. Tung
National University of Singapore
Alfredo Cuzzocrea
CNR and University of Calabria
Steering Committee
Lei Chen
Hong Kong University of Science and Technology
Xuemin Lin
The University of
New South Wales
Reynold Cheng
Hong Kong University
Sunil Prabhakar
Purdue University
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Speaker:
Dan Olteanu
(Univerity Lectuer, OUCL)
Title: A Toolbox of Query
Evaluation Techniques for Probabilistic Databases
Abstract:
In this talk I will discuss the problem of query
evaluation in probabilistic databases and survey some of the
existing techniques proposed by the database community. Although
this problem is subsumed by general probabilistic inference, two
fundamental aspects of databases, that is,
(i) the separation of (very large) data and (small
and fixed) query, and (ii) the use of mature relational query
engines, can lead to more scalable techniques.
I survey both exact and approximate query evaluation
techniques. In case of exact evaluation, I discuss syntactical
restrictions of the language of conjunctive queries with
inequalities, under which the queries become tractable (in general,
the problem is #P-hard). Relational query
plans extended with efficient aggregation operators can be
effectively used to evaluate such tractable queries. In case of
intractable queries, exact techniques decompose the
data-query instance into a tractable subinstance, which is solved as
before, and a (usually much smaller) intractable subinstance that
can be solved using AI inference techniques. Alternatively,
intractable queries can be evaluated using (deterministic or
randomized) approximation techniques with error guarantees.
Constrained Frequent
Itemset Mining from Uncertain Data Streams Carson Leung
(kleung@cs.umanitoba.ca)
Cleansing Uncertain Databases
Leveraging Aggregate Constraints Haiquan Chen
(chenhai@auburn.edu) Wei-Shinn Ku (weishinn@auburn.edu) Haixun
Wang (haixunw@microsoft.com)
U-DBSCAN : A Density-Based
Clustering Algorithm for Uncertain Objects Apinya Tepwankul
(apinyate@ais.co.th) Songrit Maneewongwattana
(songrit@cpe.kmutt.ac.th)
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Recently,
uncertain data management and mining has become a critical issue in
many real applications, such as sensor data monitoring,
location-based services, object identification, and moving object
search. Unlike exact data, uncertain data are often represented as a
set of discrete samples or a probability density function, which
presents new challenges for analyzing, querying, and mining the
uncertain data effectively and efficiently. Following the success of
the First
International workshop on
Management and mining Of UNcertain Data
(MOUND) 2009, the Second
MOUND 2010 will continue to investigate key issues related to the
data management and mining over uncertain data. Specifically, this
forum welcomes contributions that explore uncertain data management
issues such as data representation, various types of queries, and
indexes. Additionally, the workshop hopes to attract work that
studies the new data mining techniques of data cleaning, clustering,
and classification over uncertain data including sensor data,
location data, web and multimedia data.
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Topics of Interest |
With respect to the
database management, many key issues need to be investigated:
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Uncertain data representation
- Queries and indexes over uncertain data
- Building and optimizing systems for uncertain data
- Management of uncertain data streams
For data mining over
uncertain data, the major focuses are:
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Uncertain data cleaning
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Clustering, classification and other mining over
uncertain data
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Tagging and annotation over
uncertain data
The workshop is
particularly interested in attracted new and innovative
contributions on perspectives and tools in uncertain data
management that can stimulate discussion and thinking.
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High quality research papers in the relevant areas are solicited.
Original papers exploring new directions will receive especially
careful consideration. Papers that have already been accepted or are
currently under review for other conferences or journals will not be
considered for MOUND10. Paper submissions should be limited to a
maximum of 8 pages in the
camera-ready
format of ICDE10.
All papers will be reviewed by the Program Committee on the basis of
technical quality, relevance to data mining, originality,
significance, and clarity. All accepted workshop papers will be included in a proceeding published by the IEEE Computer Society Press.
Please submit
your papers using the following submission site:
https://cmt.research.microsoft.com/MOUND2010
For any questions, please email to:
shenht@itee.uq.edu.au or
graham@research.att.com.
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Important Dates |
Paper Submission Due: December 1, 2009
Acceptance Notification: December 21, 2009
Camera Ready: January 6, 2010
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Sponsorship |

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