book

Enterprise Integration and Information Architecture

Name: Enterprise Integration and Information Architecture
Author: Li Da Xu
ISBN: 9781498759953

by Li Da Xu

July 2014

Intermediate to advanced

446 pages

14h 57m

English

Auerbach Publications

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Preface
Author
Chapter 1 - Introduction
1.1 Modern Enterprise Solution1.2 Emergence of ESs1.3 Growth of ESs1.3.1 Brief History of ESs1.3.2 Characteristics of ESs1.4 ES Examples1.4.1 ES Applications in the Manufacturing Industry1.4.1.1 C3P System1.4.1.2 Reconfigurable Manufacturing Systems1.4.1.3 Aero-Engine Pipe Routing1.4.1.4 Assembly Planning1.4.2 ES Applications in Healthcare1.4.3 ES Applications in Managing Dams1.4.4 ES Applications in the Telecommunication Industry1.4.5 ESs in Transportation1.4.6 ES Applications in Other Areas1.5 ConclusionReferences
Chapter 2 - Enterprise Integration
2.1 Enterprise Integration2.2 Manufacturing Integration2.2.1 Brief Description of Manufacturing Enterprises2.2.2 Challenges Facing Manufacturing Enterprises2.2.3 Modularity and Integration to Meet Challenges2.2.4 Manufacturing Integration2.3 Engineering Integration2.4 Customer Integration2.5 ESs in Evolution2.5.1 Design Considerations Changes2.5.2 Industry-Oriented Enterprise Resource Planning2.5.2.1 Introduction2.5.2.2 IERP2.5.2.3 IERP versus General-Purpose ERP2.5.2.4 Connotation of IERP-Oriented Componentization2.5.2.5 Business-Driven Approach to IERP System-Oriented Componentization2.5.2.6 Levels of Business-Process-Driven Modeling2.5.2.7 Metamodel for Business-Process-Driven IERP Componentization2.5.2.8 Category of Business Components2.5.2.9 Summary2.6 Entire Resource Planning2.6.1 Comprehensive MF Theory2.6.2 Comprehensive MF Theory and ERP2.7 Integrating ESs: Future ProspectsReferences
Chapter 3 - Extended Enterprise Integration in Supply Chain
3.1 Interenterprise Collaboration3.2 Supply Chain Collaboration3.2.1 Service-Oriented Architecture3.2.2 RFID and IoT3.2.3 Agent3.2.4 Workflow Management3.3 Integrating Supply Chain3.4 Extended Enterprise Integration3.5 Examples of Recent Research3.5.1 Enterprise Collaboration: An Agent-Based Model3.5.2 VE Collaborative Operation: A Grid-Based Model3.6 SummaryReferences
Chapter 4 - Enterprise and Supply Chain Architecture
4.1 Enterprise Architecture4.2 Supply Chain Modeling and the Relationship with EM and EA Modeling4.2.1 SCM Models in Operations Research, Operations Management, and SCM4.2.2 SCM Models Involving Intraorganizational Interoperation4.2.3 SCM Models Involving Interorganizational Interoperation4.2.4 EM and EA Methods Related to SCM4.3 Closing the Gaps between Existing SCM, EM, and EA Models4.4 Software Architecture: An Example of Recent Research4.4.1 Types of Software Architecture4.4.2 Scenario-Based Software Architecture Analysis: A New Method4.5 Modeling and Analysis of Workflow for LSCs: An Example of Integrative Modeling of SCM and EM (Ma et al., 2011)4.5.1 Lean Supply Chain4.5.2 Assumptions4.5.3 Standardization of Collaborating Business Process between Organizations4.5.4 Modeling and Analysis of Cross-Organizational Workflow4.5.5 Application ExampleReferences
Chapter 5 - Information Architecture for Enterprise and Supply Chain: A New Discipline of Industrial Information Integration
5.1 Intraorganizational Systems5.2 Interorganizational Systems5.3 Model-Driven Architecture5.4 Service-Oriented Architecture5.5 Interoperability Models5.6 Industrial Information Integration: Examples5.6.1 Multilingual Semantic Interoperation in Interorganizational Enterprise Systems5.6.2 Agricultural Ecosystem Enterprise Information System5.6.3 Water Resource Management Enterprise System5.6.4 Automated Assembly Planning System for Complex Products5.6.5 Railway Signaling Enterprise System Based on IIIE5.7 IIIE: A New Discipline of Industrial Information Integration5.7.1 Business Process Management5.7.2 Information Integration and Interoperability5.7.3 EA and EAI5.7.4 Service-Oriented ArchitectureReferences
Chapter 6 - Enterprise Process Modeling and Workflow Management
6.1 Introduction6.2 Workflow Basics6.3 Intraorganizational Workflows6.3.1 Modeling Perspectives6.3.2 Modeling Techniques6.4 Interorganizational Workflows6.4.1 Workflow Modeling between Organizations6.4.2 Interaction Models6.4.3 Routing Approaches6.5 Workflow Analysis6.5.1 Qualitative Analysis6.5.2 Quantitative Analysis6.5.3 Empirical Study6.6 Future Directions6.6.1 Technical Aspects6.6.2 Managerial Aspects6.7 SummaryReferences
Chapter 7 - Enterprise Information Integration Modeling and Integrating Information Flows
7.1 Data and Information Integration7.2 RFID: An Emerging Information Architecture7.3 IoT: An Emerging Internet-Based Information Architecture7.3.1 Introduction7.3.1.1 IoT-Oriented Infrastructure for Manufacturing Systems7.3.2 Enabling Technologies7.3.2.1 Ubiquitous Computing7.3.2.2 RFID7.3.2.3 Wireless Sensor Networks7.3.2.4 Cloud Computing7.3.2.5 More on the Enabling Technologies of IoT7.3.3 Standards7.3.4 Current Research7.3.5 Applications7.3.5.1 Introduction7.3.5.2 Industrial Deployment7.3.5.3 Social Internet of Things7.3.5.4 Healthcare Applications7.3.5.5 IoT in Infrastructures7.3.5.6 Security and Surveillance7.3.5.7 Data Cleaning in IoT Applications7.3.6 Challenges7.3.6.1 Future Work7.3.6.2 SOA for Internet of Things7.3.7 Open Problems and Future Directions7.3.7.1 Technical Challenges7.3.7.2 Standardization7.3.7.3 Information Security and Privacy Protection7.3.7.4 Innovation in IoT Environment7.3.7.5 Development ApproachesReferences
Chapter 8 - Industrial Information Integration
8.1 Enterprise Application8.1.1 Intraorganizational EA8.1.2 Interorganizational EA8.1.3 Integration Requirements8.1.4 New Technology Requirements8.2 Integration Approaches8.2.1 Syntactic Integration Approaches8.2.2 SOA8.2.3 BPM8.2.4 Middleware-Based Techniques8.2.5 Object-Oriented Technology8.2.5.1 CORBA8.2.5.2 DCOM and COM8.2.6 Transaction-Based Technology8.2.7 Semantic Integration Approaches8.3 Enterprise Application Integration8.3.1 Distributed EA Architectures8.3.2 Integration of Distributed EAs8.3.3 Business Process Layer Integration8.3.3.1 Remote Method Invocation8.3.3.2 Message-Oriented Middleware8.3.4 Data Layer Integration8.3.5 Communication Layer Integration8.3.6 Presentation Layer Integration8.3.7 Other Integration Technologies8.3.7.1 J2EE8.3.7.2 Net Framework8.3.7.3 Web Services, SOA, and ESB8.3.7.4 Enterprise Service Bus8.3.8 Future Perspectives8.3.8.1 Trends8.3.8.2 Some Research Challenges8.4 SummaryReferences

Chapter 9 - Systems Approach to Industrial Information Integration
9.1 Complexity9.2 Design Science9.3 Systems Approach9.3.1 Information Integration: An SSE Perspective9.3.2 Systems Concepts9.3.2.1 Complex Systems9.3.2.2 Dimensionality9.3.3 ESs’ Subsystem Integration: Workflow Management9.3.4 ESs’ Subsystem Integration: Manufacturing Systems9.3.5 Inquiring Systems9.3.6 Methodological Development9.3.6.1 Interdisciplinary Study9.3.6.2 Selection of Methods9.3.6.3 Theory for Integrated Information Systems as a Whole9.3.7 Summary9.4 CMFT: A New Theory in Systems Perspectives and Its Implication to IIIE9.5 Microscopic Perspectives: BI in ESs9.5.1 Business Intelligence9.5.2 Supervised Learning Methods9.5.3 Unsupervised Learning9.5.3.1 Clustering9.5.3.2 Itemset Mining9.5.4 Opportunities Provided by BI to ESs9.5.4.1 Process Mining9.5.4.2 Outlier Detection9.5.4.3 Graph Data9.5.4.4 Summary9.6 Resilient ESs9.6.1 Enterprise Resilience and Resilient Enterprise Systems9.7 SSE Serves ESsReferences
Chapter 10 - Future Evolution
10.1 Overview10.2 Major New Theories Impacting ESs10.2.1 MF Theory10.3 Major New Technologies Impacting ESs10.3.1 Internet of Things10.3.2 Cloud Computing10.4 Other Methods and Techniques Impacting ESs10.4.1 Software Architecture Methods10.4.2 Networking10.5 Summary and ChallengesReferences

Overview

This book explains how to improve industrial information integration through the application of a systems approach. Describing how systems science is impacting current research, it covers enterprise architecture, information architecture for enterprises, business process/work flow modeling, and enterprise information integration. Complete with numerous examples of extended enterprise integration in actual supply chain environments, the book illustrates the critical issues that arise in professional practice and also explores emerging trends in enterprise integration and its information architecture.

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