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[资源] 【分享】Smart Information and Knowledge Management.Springer.2010

Smart Information and Knowledge Management_Advances, Challenges, and Critical Issues
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Authors(Editors):
Edward Szczerbicki
Ngoc Thanh Nguyen (Eds.)
Publisher: Springer
Pub Date: 2010
Pages: 345
ISBN:
ISBN 978-3-642-04583-7 e-ISBN 978-3-642-04584-4
DOI 10.1007/978-3-642-04584-4
Studies in Computational Intelligence ISSN 1860-949X
Library of Congress Control Number: 2009937152

Preface
This is our second book related to intelligent information and knowledge management
which is based on the concept of developing a platform to share ideas. The contributors
to this book, the authors of carefully selected and peer revived Chapters, are academics,
educators, and practitioners who are researching and implementing in real life
exciting developments associated with our never ending quest to vanquish challenges
of our knowledge-based society.
The opening Chapter of the book titled Immuno-Inspired Knowledge Management
for Ad Hoc Wireless Networks is authored by Martin Drozda, Sven Schaust, and Helena
Szczerbicka. The Authors present the cutting edge research in the new, still
emerging area of biologically inspired immune systems development. This research
has already showed promising results in the field of smart misbehavior detection and
classification of data in general. In this Chapter the Authors perform a very comprehensive
overview of the recent developments in the area of biologically inspired classification
approaches to detect possible threats and misbehavior, especially in the area
of ad hoc networks. They also discuss exciting challenges in translating functionality
of biological immune system to technical systems. The Chapter that follows is titled
Immune Decomposition and Decomposability Analysis of Complex Design Problems
with a Graph Theoretic Complexity Measure and is authored by Mahmoud Efatmaneshnik,
Carl Reidsema, Jacek Marczyk, and Asghar Tabatabaei Balaei. The authors
introduce a new approach to decomposition challenge of large, complex problems
in general, and design problems in particular. A measure of decomposition quality
is introduced and its application in problem classification is highlighted. The
measure proposed by the Authors is complexity based (real complexity) and can be
employed for both disjoint and overlap decompositions. After discussing the advantages
of their approach and illustrating it with examples, the Authors conclude with
distinct future directions of their research. The next Chapter is titled Towards a Formal
Model of Knowledge Sharing in Complex Systems and is authored by Nadim
Obeid and Asma Moubaiddin. The Authors develop and discuss a novel multi-agent
system that assists in the process of knowledge sharing between various groups of
workers and decision-makers. In the proposed platform each agent is a knowledge
broker and controller responsible for specialized knowledge needs. The Authors use
Partial Information State approach for agents’ knowledge representation and present a
multi-agent based model of argumentation and dialogue for knowledge sharing. The
approach is illustrated with examples and the Chapter concludes with clear vision of
further research towards application of the proposed platform to support strategic and
tactic reasoning for rational agents. The Chapter that follows is titled Influence of the
Working Strategy on A-Team Performance and is authored by Dariusz Barbucha,
Ireneusz Czarnowski, Piotr J??drzejowicz, Ewa Ratajczak-Ropel, and Iza Wierzbowska.
The Authors first introduce and discuss the issues related to A-Team (defined
as a problem solving system of autonomous agents and common memory) performance
during the process of agents’ cooperation in an attempt to improve a solution to a
given problem. Then the Chapter focuses on investigation of influence of different
strategies on A-Team performance. To implement various strategies the A-Team platform
called JABAT is used by the Authors. Different working strategies are evaluated
by computational experiment using several benchmark data sets. The Authors show
that designing effective working strategy can considerably improve the performance
of an A-Team system and formulate some rules useful in A-Team development and
implementation. The next Chapter is titled Incremental Declarative Process Mining
and is authored by Massimiliano Cattafi, Evelina Lamma, Fabrizio Riguzzi, and Sergio
Storari. In this Chapter the Authors introduce and discuss the current state of the
art in research developments and directions related to the area of Business Processes
Management (BPM) that studies how to describe, analyze, preserve and improve organisational
processes. They focus on subfield of BPM called Process Mining (PM)
which aims at inferring a model of the processes from past experience. The Authors
introduce and define a novel activity as part of PM – Incremental Process Mining. To
solve this problem, they modify the process mining that actually performs theory revision.
Through the illustrative experimental results the Authors show that incremental
revision of an existing theory or a model can be superior over learning or developing a
new one from scratch. Conclusions of the Chapter define new research directions
leading to even deeper understanding of the difference between learning from scratch
and revision. The following Chapter titled A Survey on Recommender Systems for
News Data is authored by Hugo L. Borges and Ana C. Lorena. The Chapter introduces
to the reader the research area called Recommender Systems (RS) which focuses
on the structure of evaluations. The Authors present and discuss very rich and
interesting origins of RS that are linked to cognitive science, approximation theory,
information retrieval, prediction theories and are also related to management science
and to the process of modelling options made by consumers in marketing. Next they
introduce formal definition of RS and show that it is one of the major tools that helps
to reduce information overload by acting as a filter and by customizing content for the
final user. The Authors illustrate their arguments with some interesting news recommendation
related cases. The next Chapter is titled Negotiation Strategies with Incomplete
Information and Social and Cognitive System for Intelligent Human-Agent
Interaction and authored by Amine Chohra, Arash Bahrammirzaee, and Kurosh Madani.
The Authors divide their Chapter into two parts. The first part aims to develop
negotiation strategies for autonomous agents with incomplete information, where
negotiation behaviors are suggested to be used in combination. The suggested combination
of behaviors allows agents to improve the negotiation process in terms of agent
utilities, number of rounds, and percentage of agreements that were reached. The
second part of this Chapter aims to develop a SOcial and COgnitive SYStem
(SOCOSYS) for learning negotiation strategies from human-agent or agent-agent
interactions. Both parts of the Chapter suggest interesting avenues of future research
toward development of fully intelligent negotiation system that should combine in an
efficient way behaviours developed in this Chapter in the first and second part with
fuzzy and prediction behaviours. The following Chapter is titled Intelligent Knowledge-
Based Model for IT Support Organization Evolution and is authored by Jakub
Chabik, Cezary Or?owski, and Tomasz Sitek. The Authors develop, from conceptualization
to implementation, a smart knowledge-based model for predicting the state of
the IT support organization. As such organizations face the complex problem of predicting
and managing their transformation process, the focus of the Authors of this
Chapter is to develop support tools that can add the above tasks. The tools the Authors
propose are based on fuzzy modeling mechanisms and reasoning using uncertain and
incomplete knowledge and information. After developing the tools, the Authors illustrate
their application through the experimental case study related to the banking sector.
The next Chapter addresses one of the fascinating future challenges of our digital
society – digital preservation. It is titled Modeling Context for Digital Preservation
and authored by Holger Brocks, Alfred Kranstedt, Gerald J?schke and Matthias
Hemmje. The Authors, after introducing the notion of context in digital preservation,
identify relevant components of context and the interrelationship between the different
aspects of context, and propose a generic model to represent the required context
information. They chose the Open Archival Information System (OAIS) as the conceptual
framework for introducing context to digital preservation. The formalism the
Authors propose in a very comprehensive way relates to ontologies and business process
models. The Chapter presents exemplary illustrations of the proposed formalism.
The two cases presented are the scenarios in the domain of document production,
archival, access and reuse within digital archives and libraries. The scenarios show
that the context of archiving process adds eminent information with respect to preservation.
This context information should be modeled and preserved together with the
content data as an essential prerequisite for future access, understanding and reuse of
data. The Chapter that follows is titled UML2SQL—a Tool for Model-Driven Development
of Data Access Layer and authored by Leszek Siwik, Krzysztof Lewandowski,
Adam Wo??, Rafa? Dre??ewski, and Marek Kisiel-Dorohinicki. The Authors of this
Chapter address a number of issues related to a tool that is used for model driven
development of data access layer. The tool is called UML2SQL which is an open
source application and includes an object query language allowing for behavior modeling
based on Unified Modelling Language (UML) activity diagrams, and thus effectively
linking structural and behavioral aspects of the system development. The Authors
present and discuss in a comprehensive way the UML2SQL architecture, its
processes and schemes which make this tool a distinct one in the data access domain.
The Chapter includes also an illustrative example of UML2SQL implementation. The
next Chapter is titled Fuzzy Motivations in Behavior Based Agents and authored by
Tomas V. Arredondo. The Author presents a fuzzy logic based approach for providing
biologically inspired motivations to be used by agents in evolutionary behaviour learning.
In the presented approach, fuzzy logic provides a fitness measure used in the
generation of agents with complex behaviours which respond to user expectations of
previously specified motivations. The developed technique is shown as a simple but
very powerful method for agents to acquire diverse behaviours as well as providing an
intuitive user interface framework. The approach developed is supported by illustrative
examples related to navigation, route planning, and robotics. The following Chapter
is titled Designing optimal operational-point trajectories using an intelligent substrategy
agent-based approach and authored by Zdzislaw Kowalczuk and Krzysztof
E. Olinski. The Chapter introduces and discusses an intelligent sub-strategy agentbased
approach to optimization, in which the search for the optimal solution is performed
simultaneously by a group of agents. In this novel approach presented by the
Authors, compilation of the partial solutions delivered by the agents, which results in
shifting the operational point from the initial to the designed terminal point, forms the
final solution being sought. The Chapter includes illustrative examples and discusses
further research steps that would consider sensitivity of this approach to the specification
of elementary control strategies and to the applied arrangement of the decision
points in the state space. Another direction suggested by the Authors of further developments
in this area relates to more complex agent behaviours and interacting mechanisms
at higher level of intelligence. The Chapter that comes next is titled An Ontology-
based System for Knowledge Management and Learning in Neuropediatric
Physiotherapy and authored by Luciana V. Castilho and Heitor S. Lopes. The Authors
begin with very comprehensive literature review in the area of knowledge management
and ontologies setting the research needs and background for their own proposition.
Next, they propose a novel methodology for modelling and developing an ontology-
based system for knowledge management in the domain of Neuropediatric
Physiotherapy together with its application aiming at supporting learning in this domain.
The related knowledge acquisition process involved knowledge capture from
domain experts and compilation of information that could be gathered from reference
textbooks. The knowledge that was captured was represented as ontology. Knowledge
base was developed allowing for its reuse for substantial enhancement of educational
and learning processes in the area of Physiotherapy. The last Chapter of this selection
is titled Mining Causal Relationships in Multidimensional Time Series and authored
by Yasser Mohammad and Toyoaki Nishida. The Authors develop and introduce a
novel approach to mine multidimensional time-series data for causal relationships.
The idea of analyzing meaningful events in the time series rather than by analyzing the
time series numerical values directly is the main novelty feature of the proposed system.
The Authors include mechanisms supporting discovery of causal relations based
on automatically discovered recurring patterns in the input time series. The mechanisms
are integrated variety of data mining techniques. The proposed approach is
evaluated using both synthetic and real world data showing its superiority over standard
procedures that are currently used. Comprehensive conclusion of the Chapter
discusses future directions of this promising research.
The very briefly introduced Chapters of this book represent a sample of an effort
to provide guidelines to develop tools for intelligent processing of knowledge and
information that is available to decision makers acting in information rich environments
of our knowledge based society. The guide does not presume to give ultimate
answers but it poses models, approaches, and case studies to explore, explain and
address the complexities and challenges of modern knowledge administration issues.
Edward Szczerbicki
Gdansk University of Technology, Gdansk, Poland
Ngoc Thanh Nguyen
Wroclaw University of Technology, Wroclaw, Poland

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