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XML Databases and the Semantic Web [Kõva köide]

(The University of Texas at Dallas, USA)
  • Formaat: Hardback, 334 pages, kõrgus x laius: 234x156 mm, kaal: 632 g, 245 Illustrations, black and white
  • Ilmumisaeg: 27-Mar-2002
  • Kirjastus: CRC Press Inc
  • ISBN-10: 0849310318
  • ISBN-13: 9780849310317
Teised raamatud teemal:
  • Formaat: Hardback, 334 pages, kõrgus x laius: 234x156 mm, kaal: 632 g, 245 Illustrations, black and white
  • Ilmumisaeg: 27-Mar-2002
  • Kirjastus: CRC Press Inc
  • ISBN-10: 0849310318
  • ISBN-13: 9780849310317
Teised raamatud teemal:
Efficient access to data, sharing data, extracting information from data, and making use of the information have become urgent needs for today's corporations. With so much data on the Web, managing it with conventional tools is becoming almost impossible. New tools and techniques are necessary to provide interoperability as well as warehousing between multiple data sources and systems, and to extract information from the databases. XML Databases and the Semantic Web focuses on critical and new Web technologies needed for organizations to carry out transactions on the Web, to understand how to use the Web effectively, and to exchange complex documents on the Web.

This reference for database administrators, database designers, and Web designers working in tandem with database technologists covers three emerging technologies of significant impact for electronic business: Extensible Markup Language (XML), semi-structured databases, and the semantic Web. The first two parts of the book explore these emerging technologies. The third part highlights the implications of these technologies for e-business. Overall, the book presents a comprehensive view of critical technologies for the Web in general and XML in particular.

The semantic Web, XML, and semi-structured databases are still relatively new technologies that integrate many other technologies. As these technologies and integration of these advances mature, we can expect to see progress in the semantic web. The information contained in XML Databases and the Semantic Web is essential to the future success of effective e-business on the Web.
Introduction
1(8)
Trends
1(1)
Supporting Technologies for XML
2(1)
XML Technologies
2(1)
XML Applications
3(1)
Organization of This Book
4(3)
How to Proceed
7(2)
Part I Supporting Technologies for XML 9(114)
The World Wide Web and XML
11(14)
Overview
11(1)
Evolution of the Web
12(2)
Corporate Information Infrastructures
14(1)
Some Supporting Technologies for the Web
15(8)
Overview
15(1)
Role of Java for the Web and Data Management
15(2)
Digital Libraries
17(4)
Hypermedia Systems
21(2)
Review of HTML
23(1)
Word Wide Web Consortium and XML
23(1)
Summary
24(1)
Web Database Management and XML
25(28)
Overview
25(1)
Web Databases
26(4)
Overview
26(1)
Data Representation and Data Modeling
27(1)
Web Database Management Functions
27(3)
Semistructured Databases
30(1)
Data Mining and the Web
30(10)
Overview
30(2)
Mining Data on the Web
32(4)
Mining Usage Patterns
36(1)
Applications and Directions
37(1)
Security and Privacy Concerns
38(2)
Architectural Aspects
40(10)
Overview
40(1)
Database Access
41(1)
Three-Tier Computing
42(1)
Interoperability
42(3)
Note on Migration
45(2)
Models of Communication
47(3)
Note on Federated Computing
50(1)
Relationship to XML
50(2)
Summary
52(1)
Information Retrieval Systems and XML
53(18)
Overview
53(1)
Text Retrieval
53(5)
Image Retrieval
58(1)
Video Retrieval
59(5)
Audio Retrieval
64(3)
Multimedia Data Types
67(1)
Markup Languages and SGML
68(2)
Relationship to XML
70(1)
Summary
70(1)
Information Management Technologies and XML
71(22)
Overview
71(1)
Collaboration and Data Management
71(3)
Multimedia Data Management
74(1)
Knowledge Management
75(3)
Decision Support
78(2)
Agents for the Web
80(5)
Some Other Information Technologies
85(6)
Overview
85(1)
Training and Distance Learning
86(1)
Visualization
87(2)
Quality-of-Service Aspects
89(1)
Wireless Information Management
89(1)
Some Directions
90(1)
Relationship to XML
91(1)
Summary
91(2)
E-Commerce and XML
93(16)
Overview
93(1)
E-Business and E-Commerce
93(4)
Models for E-Commerce
97(2)
Architectures or E-Commerce
99(4)
E-Commerce Functions
103(1)
Information Technologies for E-Commerce
104(1)
Relationship to XML
105(1)
Summary
106(3)
Metadata, Ontologies, and XML
109(14)
Overview
109(1)
Background on Metadata
109(2)
Metadata for the Web
111(1)
Mining and Metadata
111(4)
Note on Ontologies
115(2)
Relationship to XML
117(2)
Summary
119(4)
Conclusion to Part I
121(2)
Part II XML and the Semantic Web 123(50)
Basic Concepts in XML
125(8)
Overview
125(1)
Components of an XML Document
125(2)
Containers, Elements, and Attributes
127(1)
Namespaces
128(1)
Data Types
129(1)
Other Aspects
130(1)
Summary
131(2)
Advanced Concepts in XML
133(10)
Overview
133(1)
Semantic Issues
133(2)
Revisiting DTDs
135(1)
Xlink and Other Constructs
136(1)
XML Schemas
137(1)
XMLQL
138(1)
Data Integration Issues
139(1)
Internationalization
140(1)
Other Aspects
140(1)
Summary
141(2)
The Semantic Web
143(12)
Overview
143(1)
Semantic Web Concepts
144(1)
RDF
145(3)
Revisiting Ontologies
148(1)
Agents and the DAML Program
148(1)
Semantic Web as a Database
149(1)
XML, RDF, and Interoperability
150(2)
Web vs. the Semantic Web
152(1)
Summary
152(3)
Semistructured Databases
155(18)
Overview
155(1)
Architectures for Semistructured Databases
156(1)
Data Models for Semistructured Databases
157(4)
Functions of Semistructured Databases
161(6)
Overview
161(1)
Data Manipulation and Query Processing
162(2)
Transaction Management
164(1)
Metadata Management
164(1)
Storagement Management
164(1)
Data Distribution
164(1)
Quality of Service
165(1)
Real-Time Processing
166(1)
User Interface
166(1)
Maintaining Data Integrity and Security
166(1)
Interoperability and Migration of Semistructured Databases
167(1)
Revisiting XML
167(1)
Some Developments
167(2)
Summary
169(4)
Conclusion to Part II
171(2)
Part III Applications of XML 173(62)
XML Applications to E-Commerce
175(8)
Overview
175(1)
Discussion of Applications
175(3)
Some Related Efforts
178(3)
Overview
178(1)
eb XML
178(2)
RosettaNet
180(1)
Commerce One.Net
181(1)
Summary
181(2)
Applications of XML to Data Management
183(12)
Overview
183(1)
Metadata
183(2)
Semistructured Databases
185(1)
XML and Query Processing
186(1)
Transaction Processing
187(1)
Storage Management
187(1)
Security, Integrity, and Fault Tolerance
188(1)
Data Distribution
189(1)
Interoperability and Migration
189(1)
Data Warehousing and Mining
190(1)
Architectures
191(2)
Object Technology
193(1)
Summary
193(2)
Applications of XML to Information Management
195(8)
Overview
195(1)
Multimedia and XML
195(1)
Collaborative Computing and XML
196(2)
Knowledge Management and XML
198(1)
Decision Support and XML
199(1)
Agents and XML
199(1)
Wireless Computing
200(1)
Other Information Technologies and XML
201(1)
Summary
202(1)
XML-Related Data and Information Management Tools for the Web
203(10)
Overview
203(1)
Web Database System Tools
204(2)
Web Mining Tools
206(1)
Web Application Server Tools
207(1)
Web Knowledge Management Tools
207(1)
Web Metadata and XML Tools
208(1)
Other Web Information Management Tools
209(1)
Breakthrough Standards, Tools, and Services
210(2)
Overview
210(1)
SOAP
210(1)
WSDL
210(1)
UDDI
211(1)
DOTNET
211(1)
J2EE
211(1)
Summary
212(1)
Building the Semantic Web
213(12)
Overview
213(1)
Revisiting Web vs. the Semantic Web
213(1)
Incremental Evolution and Architectural Aspects
214(2)
Data and Information Management Aspects
216(1)
Interoperability Issues, XML, and RDF
217(2)
Web Services
219(1)
Putting It Together
220(1)
Summary
221(4)
Conclusion to Part III
223(2)
Summary and Directions
225(10)
About This
Chapter
225(1)
Summary of This Book
225(4)
Challenges and Directions for XML, Databases, and the Semantic Web
229(3)
Overview
229(1)
Challenges and Directions for Web Data Management
229(2)
Challenges and Directions for E-Commerce
231(1)
Challenges and Directions for XML and the Semantic Web
232(1)
Where to Go from Here
232(3)
References 235(4)
Appendix A Data Management Systems: Developments and Trends 239(16)
A.1 Overview
239(1)
A.2 Developments in Database Systems
240(5)
A.3 Status, Vision, and Issues
245(1)
A.4 Data Management Systems Framework
245(3)
A.5 Building Information Systems from the Framework
248(2)
A.6 Relationship between the Texts
250(1)
A.7 Summary
251(1)
A.8 References
252(3)
Appendix B Database Systems and Related Technologies 255(36)
B.1 Overview
255(1)
B.2 Relational and Entity-Relationship Data Models
256(2)
B.2.1 Overview
256(1)
B.2.2 Relational Data Model
256(1)
B.2.3 Entity-Relationship Data Model
257(1)
B.3 Architectural Issues
258(1)
B.4 Database Design
259(1)
B.5 Database Administration
260(1)
B.6 Database Management System Functions
261(6)
B.6.1 Overview
261(1)
B.6.2 Query Processing
262(1)
B.6.3 Transaction Management
262(1)
B.6.4 Storage Management
263(2)
B.6.5 Metadata Management
265(1)
B.6.6 Database Integrity
265(1)
B.6.7 Database Security
266(1)
B.6.8 Fault Tolerance
267(1)
B.7 Distributed Databases
267(2)
B.8 Heterogeneous Database Integration
269(1)
B.9 Federated Databases
270(2)
B.10 Client-Server Databases
272(2)
B.11 Migrating Legacy Databases and Applications
274(1)
B.12 Data Warehousing
275(2)
B.13 Data Mining
277(5)
B.13.1 Overview
277(1)
B.13.2 Data Mining Technologies
278(1)
B.13.3 Concepts and Techniques for Data Mining
279(2)
B.13.4 Directions and Trends for Data Mining
281(1)
B.14 Object Technology
282(4)
B.14.1 Overview
282(1)
B.14.2 Object Data Model
282(3)
B.14.3 Other Object Technologies
285(1)
B.15 Summary
286(1)
B.16 References
287(4)
Index 291


Thuraisingham, Bhavani