Dr. Rajkumar Kannan (Bishop Heber College(Autonomous), India),
Dr. Frederic Andres (National Institute of Informatics, Japan), and
Dr. George (Ghinea, Brunel University, UK)
Call for Chapters:
Proposals
Submission Deadline: June 10, 2010 Full Chapters Due: September
10, 2010 NOTE: deadline will be extended
Introduction
Today’s information integrations systems face real challenges of managing
diverse data formats, disparate sources of content and need to derive knowledge
from the content on multiple contexts. Current software tools that look at
metadata are not sufficient to handle these problems. What is needed is semantic
metadata from disparate sources that reveal context as well as non-obvious
insights. A new concept which is known as context aware semantic metadata is
paving the way to finally realize the full value of enterprise and scientific
information. Once documents are properly annotated, it is possible for
applications to automatically understand the context and meaning of the content
thereby correct decisions can be made.
Syntactic metadata focuses on elements such as size of the document,
location of a document or date of document creation which do not provide a level
of understanding about what the document conveys or implies. In contrast,
semantic metadata describes contextually relevant or domain-specific information
about content, based on an enterprise-specific custom metadata model or
ontology. Context aware semantic metadata represents any semantic metadata that
can be used to characterize the situation of an entity, such as person, place,
or object that is considered relevant to the interaction between user,
application, services and/or network components.
Context aware semantic metadata management certainly includes traditional
data management issues such as modeling, specification, generation, curation,
storage and retrieval. Additional properties that are specific to metadata and
its context, however, have an impact on its management. Therefore it will also
include context and semantics based tasks in annotation, retrieval and
management in the context of business, society, healthcare, geology, culture and
so on. Information on demand ensures that real-time information is readily
available for superior service and increased user satisfaction.
This edited book aims to address the current research and near future
trends in metadata management in the dimension of semantics and contexts with
the target of achieving the best information on demand interdisciplinary
applications and services.
Objective
The objective of the proposed book is to compile a reference reading which
encourages and facilitates the transfer of technologies and methodologies that
intersect the three areas - Metadata, Semantic Web and Context Awareness. In
order to do that, each book chapter would constitute an illustrative technique
or a specific kind of application or a generic system that interplay with one or
more of these three dimensions.
Intended Audience
This edited book will be an ideal reference book at university levels to
bachelors, masters, research students and faculties in several areas spanning
from computer science, business management, information science and knowledge
management. Also, it is a must read source for database practitioners and
managers who want to unlock the hidden contextual knowledge from the voluminous
unstructured data.
Topic Areas
This reference handbook will invite submissions describing ongoing
innovative work and applications on these interdisciplinary areas coving
metadata, semantics and context awareness. Specifically, book chapters include,
but not limited to:
Concepts and Techniques: • Text, multimedia, real sense media
and 3D media metadata standards for contextual semantics • Context Aware
Semantic metadata generation, curation, and lifetime management • Digital
libraries for context aware semantic metadata • Context Aware Semantic
metadata mapping and reconciliation • Efficient storage and retrieval of
context aware semantic metadata • Context aware metadata
interoperability • Evolution and propagation of context aware semantic
metadata • Quality, pedigree and provenance of context aware semantic
metadata • Context aware semantic metadata identification • Models and
languages for context aware semantic metadata • Metrics for context aware
semantic metadata management systems • User interaction models for context
aware semantic metadata management systems • Learning and reasoning over
these systems • Services for context aware semantic metadata
systems • Return on Investment for context aware semantic metadata
management • Advanced reasoning on context aware semantic metadata
management • Role of context and semantics in adaptive
enterprises • Context aware multimedia and real sense media authoring,
retrieval and mining • Personalized context and semantics aware cross-media
retrieval • Multimodal interfaces for context aware semantic metadata
systems
Applications: • Context aware semantic metadata in life science
databases and applications, • E-Science and e-Health, e-Arts, e-Learning,
e-culture, • Performing arts, • Context and semantics aware networks of
sensors, devices and applications • Heterogeneous mobile
environments • Business and scientific workflows, • Semantic guided web
service interoperability and composition, • Web service and workflow
discovery, • Social and scientific networks, • Semantic grid
services, • Semantic query processing, • Semantic-enriched web portals
and mashups
Submission Guidelines
Researchers and practitioners are invited to submit on or before June
10, 2010, a 2 to 3 page chapter proposal clearly explaining the missions and
concerns of his proposed chapter, as a PDF or DOC file attachment to the editors
(rajk...@bhc.edu.in or and...@nii.ac.jp or george...@brunel.ac.uk). The
proposal should contain the following information:
1. Name of the book chapter
2. Name of author(s), email address and affiliation
3. Technical area covered in the chapter
4. Main contributions which will be made by author(s)
5. Technical novelty of the contribution
6. Detailed table of contents of the chapter
Authors of accepted proposals will be notified by July 10, 2010
about the status of their proposals and sent chapter guidelines. Full chapters
are expected to be submitted by September 10, 2010. All submitted
chapters will be reviewed on a double-blind review basis.
Publisher
This book is scheduled to be published by IGI Global (formerly Idea Group
Inc.), publisher of the “Information Science Reference” , (formerly Idea Group
Reference), “Medical Information Science Reference,” “Business Science
Reference,” and “Engineering Science Reference” imprints. For additional
information regarding the publisher, please visit www.igi-global.com. The publication of this
edited book is anticipated to be released in 2011.
Important Dates:
Proposal Submission Deadline: June 10,
2010
Notification of Acceptance/Rejection: July 10,
2010
Full Chapter Submission: September 10,
2010
Review Results Returned: November 30,
2010
Revised Chapter Submission:January
15, 2011
Final Deadline:February
15, 2011
Editorial Advisory Board
TBA
Inquiries and submissions
can be forwarded electronically (Word document):