Methodologies and technologies for networked enterprises artdeco: adaptive infrastructures for decentralised organisations /

Methodologies and technologies for networked enterprises artdeco: adaptive infrastructures for decentralised organisations /

<p>The need for flexibility and globalization forces enterprises to decentralize their activities and continuously (re)structure their networks of relationships regarding both their productive "supply chains" and their design and innovation processes. The goal of the ArtDeco project,...

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Bibliographic Details
Corporate Author: SpringerLink (Online service)
Other Authors: Anastasi, Giuseppe
Format: eBook
Language:English
Published: Berlin, Heidelberg Springer Berlin Heidelberg Imprint: Springer 2012.
Series:Lecture Notes in Computer Science 7200
Subjects:
Computer science.
Computer Communication Networks.
Data mining.
Information storage and retrieval systems.
Artificial intelligence.
Online Access:Click here to view the full text content
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Table of Contents:
  • <b><p>Introduction
  • <b>Reference Case Study
  • </b><b>Part I Organizational Issues: Methodologies, Empirical Contexts and Policies
  • </b><b>Which Collaboration Strategy for the Networked Enterprise in </b><b>Wine Industry? Technological and Organizational Challenges
  • </b><b>A Design-Driven Approach for the Innovation Management within Networked Enterprises
  • </b><b>Enhancing the Networked Enterprise for SMEs: A Service Platforms - Oriented Industrial Policy
  • </b><b>Part II SoftwareMethodologies and Technologies
  • </b><b>Complex Autonomic Systems for Networked Enterprises: </b><b>Mechanisms, Solutions and Design Approaches
  • </b><b>Autonomic Workflow and Business Process Modelling for </b><b>Networked Enterprises
  • </b><b>Verification and Analysis of Autonomic Systems for Networked </b><b>Enterprises
  • </b><b>Part III Knowledge Elicitation and Management.- </b><b>Ontology-Based Knowledge Elicitation: An Architecture
  • </b><b>Knowledge Extraction from Natural Language Processing
  • </b><b>Knowledge Extraction from Events Flows
  • </b><b>Context-Aware Knowledge Querying in a Networked Enterprise
  • </b><b>On-the-Fly and Context-Aware Integration of Heterogeneous Data </b><b>Sources
  • </b><b>Context Support for Designing Analytical Queries
  • </b><b>Part IV Management of Peripheral Devices
  • </b><b>Wireless Sensor Networks for Monitoring Vineyards
  • </b><b>Design, Implementation, and Field Experimentation of a </b><b>Long-Lived Multi-hop Sensor Network for Vineyard Monitoring
  • </b><b>Extracting Data from WSNs: A Service-Oriented Approach
  • </b><b>Extracting Data from WSNs: A Data-Oriented Approach
  • </b><b>Optimal Design of Wireless Sensor Networks
  • </b><b>Enabling Traceability in theWine Supply Chain
  • <b>Part V Case Study
  • <b>Putting It All Together: Using the ArtDeco Approach in the Wine Business Domain.</b></b></b></p></b><b>Reference Case Study
  • </b><b>Part I Organizational Issues: Methodologies, Empirical Contexts and Policies
  • </b><b>Which Collaboration Strategy for the Networked Enterprise in </b><b>Wine Industry? Technological and Organizational Challenges
  • </b><b>A Design-Driven Approach for the Innovation Management within Networked Enterprises
  • </b><b>Enhancing the Networked Enterprise for SMEs: A Service Platforms - Oriented Industrial Policy
  • </b><b>Part II SoftwareMethodologies and Technologies
  • </b><b>Complex Autonomic Systems for Networked Enterprises: </b><b>Mechanisms, Solutions and Design Approaches
  • </b><b>Autonomic Workflow and Business Process Modelling for </b><b>Networked Enterprises
  • </b><b>Verification and Analysis of Autonomic Systems for Networked </b><b>Enterprises
  • </b><b>Part III Knowledge Elicitation and Management.- </b><b>Ontology-Based Knowledge Elicitation: An Architecture
  • </b><b>Knowledge Extraction from Natural Language Processing
  • </b><b>Knowledge Extraction from Events Flows
  • </b><b>Context-Aware Knowledge Querying in a Networked Enterprise
  • </b><b>On-the-Fly and Context-Aware Integration of Heterogeneous Data </b><b>Sources
  • </b><b>Context Support for Designing Analytical Queries
  • </b><b>Part IV Management of Peripheral Devices
  • </b><b>Wireless Sensor Networks for Monitoring Vineyards
  • </b><b>Design, Implementation, and Field Experimentation of a </b><b>Long-Lived Multi-hop Sensor Network for Vineyard Monitoring
  • </b><b>Extracting Data from WSNs: A Service-Oriented Approach
  • </b><b>Extracting Data from WSNs: A Data-Oriented Approach
  • </b><b>Optimal Design of Wireless Sensor Networks
  • </b><b>Enabling Traceability in theWine Supply Chain
  • <b>Part V Case Study
  • <b>Putting It All Together: Using the ArtDeco Approach in the Wine Business Domain.</b></b></b>.

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