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E-raamat: Enterprise Architecture A to Z: Frameworks, Business Process Modeling, SOA, and Infrastructure Technology [Taylor & Francis e-raamat]

(SES Engineering, Princeton, New Jersey, USA)
  • Formaat: 498 pages, 55 Tables, black and white; 126 Illustrations, black and white
  • Ilmumisaeg: 19-Jun-2008
  • Kirjastus: Auerbach
  • ISBN-13: 9780429134760
  • Taylor & Francis e-raamat
  • Hind: 184,65 €*
  • * hind, mis tagab piiramatu üheaegsete kasutajate arvuga ligipääsu piiramatuks ajaks
  • Tavahind: 263,78 €
  • Säästad 30%
  • Formaat: 498 pages, 55 Tables, black and white; 126 Illustrations, black and white
  • Ilmumisaeg: 19-Jun-2008
  • Kirjastus: Auerbach
  • ISBN-13: 9780429134760
Driven by the need and desire to reduce costs, organizations are faced with a set of decisions that require analytical scrutiny. Enterprise Architecture A to Z: Frameworks, Business Process Modeling, SOA, and Infrastructure Technology examines cost-saving trends in architecture planning, administration, and management.

To establish a framework for discussion, this book begins by evaluating the role of Enterprise Architecture Planning and Service-Oriented Architecture (SOA) modeling. It provides an extensive review of the most widely deployed architecture framework models. In particular, the book discusses The Open Group Architecture Framework (TOGAF) and the Zachman Architectural Framework (ZAF) in detail, as well as formal architecture standards and all four layers of these models: the business architecture, the information architecture, the solution architecture, and the technology architecture.

The first part of the text focuses on the upper layers of the architecture framework, while the second part focuses on the technology architecture. In this second section, the author presents an assessment of storage technologies and networking and addresses regulatory and security issues. Additional coverage includes high-speed communication mechanisms such as Ethernet, WAN and Internet communication technologies, broadband communications, and chargeback models.

Daniel Minoli has written a number of columns and books on the high-tech industry and has many years of technical hands-on and managerial experience at top financial companies and telecom/networking providers. He brings a wealth of knowledge and practical experience to these pages. By reviewing the strategies in this book, CIOs, CTOs, and senior managers are empowered by a set of progressive approaches to designing state-of-the-art IT data centers.
Preface xiii
About the Author xv
PART I: THE LOGICAL LEVEL: ENTERPRISE ARCHITECTURE A TO Z: FRAMEWORKS, BUSINESS PROCESS MODELING, AND SOA
Introduction: Enterprise Architecture and Technology Trends
3(30)
Introduction: The Criticality of Information Techonlogy
3(3)
IT Resources Requiring Proper Architectural Planning
6(3)
What Is Enterprise Architecture?
9(10)
Trends in Enterprise Architecture and Data Center Envrionments
19(4)
Enterprise Architecture
19(2)
Technology Architecture
21(2)
Course of Investigation
23(10)
Appendix 1.1: A Formal Definition of Architecture
24(1)
Definition
24(1)
Example
25(3)
Summary/Interpretation
28(1)
Appendix 1.2: Bibliography on Enterprise Architecture
29(4)
Enterprise Architecture Goals, Roles, and Mechanisms
33(50)
Enterprise Architecture
33(20)
Description of Enterprise
34(1)
Definition of Architecture
35(1)
Motivations for Having an Enterprise Architecture
36(5)
Role Enterprise Architecture Group
41(5)
Organization-Specific Architecture Principles
46(1)
Overview
46(4)
Additional Details
50(2)
Instituting Enterprise Architecture Mechanism in a Firm
52(1)
Enterprise Architecture Constructs
53(17)
Enterprise Architecture Principles
54(1)
Enterprise Architecture Frameworks
54(1)
The Open Group Architecture Framework (TOGAF 8.1)
55(2)
Zachman Framework for Enterprise Architecture
57(2)
Extended Enterprise Architecture Framework (E2AF)
59(1)
Department of Defense Architecture Framework (DoDAF)
59(4)
Enterprise Architecture Planning (EAP)
63(1)
Federal Enterprise Architecture (FEA)
64(3)
Federal Enterprise Architecture Framework (FEAF)
67(1)
Treasury Enterprise Architecture Framework (TEAF)
68(2)
ISO/IEC 14252 (IEEE Std. 1003.0)
70(1)
Enterprise Architecture Governance
70(13)
Appendix 2.1: Firm-Specific Architectural Principles
72(1)
Business Principles
72(3)
Data Principles
75(4)
Application Principles
79(1)
Technical Principles
79(4)
The Open Group Architectural Framework
83(28)
Introduction and Overview
83(3)
The Role of Architecture Views
86(1)
Introduction
86(1)
TOGAF and Standards for IT Architecture Description
86(1)
A Note on Terminology
87(1)
Basic TOGAF Concepts
87(2)
Viewpoint and View: A Simple Example
88(1)
Developing Views in the ADM
89(1)
General Guidelines
89(1)
The View Creation Process
90(1)
Core Taxonomy of Architecture Views
90(6)
Overview
90(1)
Stakeholders
91(1)
Views/Viewpoints
91(1)
Description
92(4)
Views, Tools, and Languages
96(2)
Overview
96(1)
Views and Viewpoints
96(1)
An Example
96(1)
Views and Viewpoints in Information Systems
97(1)
The Need for a Common Languge and Interoperable Tools for Architecture Description
98(1)
Conclusions
98(13)
Appendix 3.1: Developing a Business Architecture View
98(1)
Stakeholder and Concerns
98(1)
Modeling the View
99(1)
Key Issues
99(1)
Appendix 3.2: Developing a Data Flow View
100(1)
Stakeholder and Concerns
100(1)
Modeling the View
100(1)
Key Issues
100(1)
Database Management Systems
101(1)
Database Models
101(2)
Distributed DBMSs
103(1)
Distributed Heterogeneous DBMSs
103(1)
Data Dictionary/Directory Systems
104(1)
Data Administration
104(1)
Repository
105(1)
Database Administration
105(1)
Data Security
105(1)
Appendix 3.3: Developing a Communications Engineering View
105(1)
Stakeholder and Concerns
105(1)
Key Issues
106(1)
Communications Infrastructure
106(1)
Communications Models
106(1)
The OSI Reference Model
107(1)
Communications Framework
107(1)
Allocation of Services to Components
108(3)
The Zachman Architectural Framework
111(8)
Background
111(1)
Framework
112(3)
Principles
112(1)
Framework Structure
112(3)
Architecture Implementation
115(4)
Official Enterprise Architecture Standards
119(12)
Introduction
119(3)
ISO 15704
122(2)
Other ISO Standards
124(3)
ISA-95.00.01-2000
124(1)
ENV 13350
125(1)
IS 15704
125(1)
ISO Reference Model for Open Distributed Processing
125(2)
IEEE 1471-2000 Standard
127(4)
Enterprise Architecture Tools
131(8)
Overview
132(1)
Snapshot of Products
133(6)
Business Process Modeling
139(62)
Business Process Modeling
141(2)
Business Process Modeling Standardization
143(26)
Business Process Modeling Language
143(1)
Activities
143(1)
Activity Types
143(2)
The Activity Context
145(1)
Simple and Complex Activities
146(1)
Processes
147(1)
Business Process Modeling Notation
147(1)
Introduction
148(1)
BPMN Overview
148(5)
Business Process Diagrams
153(1)
Examples
154(15)
Business Process Query Language
169(1)
Unified Modeling Language™
169(22)
Overview
170(3)
Scratching the Surface of UML
173(1)
Conformance
173(6)
Runtime Semantics of UML
179(2)
The UML Metamodel
181(1)
UML Infrastructure Specification
182(9)
Model-Driven Architecture
191(10)
MDA Background
191(5)
MDA Support
196(1)
The Meta-Object Facility (MOF™)
196(1)
UML Profiles
197(1)
XML Metadata Interchange (XMI™)
197(1)
Common Warehouse MetaModel (CWM™)
198(1)
CORBA®
198(1)
Writing Standards in the MDA
198(1)
The Pervasive Services
199(1)
Domain-Specific Specifications
199(2)
Architecture Fulfillment via Service-Oriented Architecture Modeling
201(20)
Background and Description
202(6)
Benefits of Using SOA Machinery
208(3)
SOA Machinery
211(5)
Services
211(2)
Registry
213(1)
Messaging
214(1)
Management
215(1)
Orchestration
215(1)
Analytics
215(1)
User Interface
215(1)
Challenges to Full-Fledged SOA Deployment
216(1)
Building SOA Environments
217(4)
PART II: THE INFRASTRUCTURE LEVEL: MIGRATING TO STATE-OF-THE-ART ENVIRONMENTS IN ENTERPRISES WITH IT-INTENSIVE ASSETS: NETWORK VIRTUALIZATION
Evolving SAN, GbE/10GbE, and Metro Ethernet Technologies
221(92)
Overview of Networking
225(5)
Background
225(4)
What This
Chapter Covers
229(1)
The Technology Architecture Bottom Line for LANs and SANs
230(1)
Introduction to Optical Transmission
231(13)
Optical Fibers
232(2)
Signal Degradation
234(1)
Dispersion Phenomena
234(1)
Intermodal Delay Distortion
234(1)
Chromatic Dispersion
235(2)
Polarization Mode Dispersion (PMD)
237(1)
Single-Mode Fibers
237(1)
Multimode Fibers
238(1)
Transmission Approaches
238(1)
Fiber-Optic Active Components
239(1)
Light-Emitting Diodes
239(1)
Laser Diodes
240(1)
Tunable Lasers
240(1)
Fiber-Optic Receivers
241(1)
Technologies Supporting SONET and WDM Systems
241(3)
MAN, WAN, and Internet
244(1)
Advances in LAN Technology, Applications, and Opportunities
244(46)
Increased Aggregate Bandwidth
245(1)
Review of Traditional LAN Technology
245(9)
Gigabit LANs
254(25)
Rapid Spanning Tree Algorithm
279(1)
Motivations
279(1)
IEEE 802.1w Rapid Spanning Tree Protocol
280(5)
VLANs
285(3)
Port-Based VLANs
288(1)
Tagged VLANs
288(2)
MAC-Based VLANs
290(1)
Protocol-Based VLANs
290(1)
Filtering Database
290(1)
SAN-Related Technology
290(23)
Fibre Channel Technology---Natvie Mode
292(10)
FC
10 Gigabit fibre Channel
302(2)
FC Technology---Tunneled Modes
304(5)
Appendix 9.1: Basic Glossary
309(4)
Evolving MAN/WAN Technologies
313(64)
The Technology Architecture Bottom Line for MANs and WANs
313(3)
Advances in MAN Technology, Applications, and Opportunities
316(50)
Overview
316(1)
Topological Positioning
316(1)
Business Drivers
317(2)
Range of Solutions
319(4)
Transition Considerations
323(2)
Synopsis of Baseline MAN Technologies
325(1)
Optical Networking Overview
325(2)
First-Generation Optical Networks
327(1)
Second-Generation Optical Networks
328(1)
Third-Generation Optical Networks
328(1)
Expanding the Infrastructure to Support Higher Capacity
329(1)
SONET Technology
330(2)
Next-Generation SONET and Related Optical Architectures
332(6)
DWDM Systems
338(2)
DWDM Opportunities and Application Scope
340(2)
DWDM Technological Advances
342(4)
DWDM Advocacy for Metro Access/Metro Core
346(2)
Coarse Wavelength Division Multiplexing
348(5)
All-Optical Networks
353(4)
Automatically Switched Optical Networks
357(4)
Architectural Principles for ASON
361(1)
Ethernet-Based Solutions
362(4)
Passive Optical Network (PON)
366(1)
Advances in WAN Technology, Applications, and Opportunities
366(11)
The Concept of Overlay
367(1)
MPLS and VPNs
368(2)
MPLS Forwarding/Label Switiching Mechanism
370(1)
MPLS Label Distribution Mechanism
371(2)
VPNs
373(1)
Appendix 10.1: MAN/WAN Acronym List
374(3)
Networking in SOA Environments
377(42)
Introduction and Overview
377(10)
XML, Web Services, and SOA Networking
384(1)
XML Networking
384(1)
WS Networking
384(1)
SOA Networking
385(1)
Service Networking
385(1)
Service-Oriented Network Architecture
386(1)
Application-Oriented Networking
387(1)
Network Architecture Framework
387(1)
XML and SOAP Messaging
388(2)
XML Messaging
388(1)
Basic SOAP Messaging
388(1)
Representational State Transfer (REST)
389(1)
Advanced SOAP Messaging
390(1)
SOA Security, Identity Management, and Access Control
390(4)
Basic SOA Security
390(3)
Identity Management and Access Control
393(1)
Security Policy
394(1)
Policy Management
394(3)
Policy Life Cycle Management Process
394(1)
Policy Adminsitration Point
395(1)
Policy Monitoring Point
395(1)
Policy Enforcement Points
395(1)
Governance, Compliance, Risk, SLA, and User-Defined Policies
396(1)
SOA Governance, Risk, and Compliance (GRC)
396(1)
Service Level Agreements and Contracts
396(1)
User-Defined and Managed Policy
397(1)
WS Management and Monitoring
397(1)
Business-Level SOA Management and Analysis
397(1)
Business-Level SOA Management
397(1)
Business Activity Monitoring (BAM)
398(1)
Networked Business Intelligence
398(1)
SOA Interoperability
398(1)
WS Standards
399(3)
Basic Standards
399(1)
WS-*Standards Extensions
400(1)
WS-I Basic Profiles
400(1)
WS-Basic Profile 1.0
401(1)
WS-Basic Profile 1.1
402(1)
SOA Platform Functionality, Components, and SOA Infrastructure
402(4)
SOA Platform Functionality
403(1)
SOA Platform Components
404(1)
Enterprise Service Bus (ESB) Component
404(1)
ESB Adapters
405(1)
Registry
405(1)
Repository
405(1)
SOA Infrastructure
406(1)
SOA Network Infrastructure
406(7)
Trends Affecting SOA Network Infrastructure
408(2)
SOA Network Software versus Hardware Network Infrastructure
410(1)
SOA Network Device Functionality
410(1)
SOA Network Device Components
411(1)
Acceleration Appliances
412(1)
Integration Appliances
412(1)
Security Appliances
412(1)
SOA Appliances
413(1)
Interoperability Appliances
413(1)
SOA Network Management Software
413(1)
SOA Network Configurations
413(1)
Vendor-Specific Implementations
413(2)
Future of Networking in SOA Environments
415(4)
Appendix 11.1: Basic Glossary
416(3)
Server/Storage Virtualization and Grid Computing for Commerical Enterprise Environments
419(28)
Introduction
419(2)
What Is Grid Computing and What Are the Key Issues?
421(8)
Potential Applications and Financial Benefits of Grid Computing
429(3)
Grid Types, Topologies, Components, Layers---A Basic View
432(6)
Comparison with Other Approaches
438(4)
A Quick View of Grid Computing Standards
442(1)
A Pragmatic Course of Investigation on Grid Computing
443(4)
Appendix: A Basic Architecture Glossary 447(12)
References 459(12)
Index 471
Daniel Minoli