The Impact of Virtual, Remote and Real Logistics Labs

Name: The Impact of Virtual, Remote and Real Logistics Labs | First International Conference, ImViReLL 2012, Bremen, Germany, Februar 28-March 1, 2012. Proceedings
Brand: Springer
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First International Conference, ImViReLL 2012, Bremen, Germany, Februar 28-March 1, 2012. Proceedings

Dieter Uckelmann Bernd Scholz-Reiter Ingrid Rügge Bonghee Hong Antonio Rizzi(Herausgeber*in)

Springer (Verlag)

Erschienen am 27. Februar 2012

172 Seiten

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978-3-642-28816-6 (ISBN)

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Inhalt

Title
Preface
Organization
Table of Contents
Fundamentals and Historic Background of Lab-Based Research in Logistics
The Role of Logistics Labs in Research and Higher Education
Introduction
Historic Developments and Current State of Logistics Research, Logistics Education, and Logistics Labs
Components of a Logistics Lab
The Role of Business Economics and Engineering Disciplines in Logistics Research
The Role of Logistics Labs for Future Logistics Research and the Need of Improved Collaboration
Conclusion
References
Infrastructure and Design of Virtual, Remote and Real Labs
A Concept for a Flexible and Scalable Infrastructure for Remote Laboratories
Introduction
The Design Process
Architecture of a Web-Based Rapid Prototyping Platform
Fields of Application of the REAL System
FSM-Oriented Control
Software-Oriented Control
Hardware-Oriented Control
Extensions of the REAL System
Protection Unit for the Physical System
Bus Protection Unit
Microcontroller-Based Control Unit
Additional Features - LMS Interface
Conclusion
References
Virtual Logistics Lab: A Framework for Rapid Prototyping and Remote Experimentation
Introduction
Related Work
Identification of User Needs
Dynamic Approach
Technical Approach
Plug-In Framework
Event System
Database System
Scenarios
VLL in Use at the Log Dynamics Lab
Presentation Events
Conclusion and Future Works
References
A Living Lab for Internet of Things Vending Machines
Introduction
Vending Machines: Market, Needs and Perspective
Internet of Things, Service Design and Smart Cities
HSR City of the Future Living Lab
HSR Living Lab Methodology
Internet of Things Vending Machine Living Lab Co-creation
Internet of Things Vending Machine
Telemetry
Identification
Motivation, Entertainment and Socialization
ELLIOT as a Tool for the Evaluation of Services
Conclusions
References
Educational Implications of Virtual, Remote and Real Labs
Integrating Remote Laboratories in Post-secondary Science Education
Introduction
Role of the Laboratory and Its Pedagogical Underpinnings
Learning in Remote Laboratories
Designing a Remote Teaching Laboratory
Canadian Remote Sciences Laboratories (CRSL)
Incorporating the Remote Laboratory
Student and Instructor Feedback
Conclusion
References
Enterprise Portal Technology in Computer-Supported Collaborative Learning
Introduction
Computer-Supported Collaborative Learning and Web 2.0
Traditional E-learning with Stand-Alone Systems
Enterprise Portal Technology as a Basis for E-learning
Enterprise Portals: Functions and Features
Strengths and Weaknesses of Open-Source
Operations Management Pilot Learning Environment
Requirements for E-learning Services
Description of the Pilot Environment
Concept for the Pilot Course
User Feedback
Discussion
References
Web-Assisted Laboratory for Control Education: Remote and Virtual Environments
Introduction
WALC Platform Outline
Control Laboratory
Automation Laboratory
Insights on Students' Attitude
Conclusions
References
Test-Beds and Demonstrators
Developing Future Logistics Applications with the Saxony-Anhalt Galileo Test Bed
Introducing the Saxony-Anhalt Galileo Test Bed
Identification and Localization Applications for Logistics Nodes
Applications for Video-Based Analyses
Smart Standardized Logistics Zones
Conclusion and Outlook
References
Prototyping in Research Domains: A Prototype for Autonomous Production Logistics
Introduction
Autonomous Production Logistics
Flexibility Potentials Enable Autonomous Production Control
Multi-agent Based "Factory of Autonomous Products"
Technological Requirements
Identification of Logistics Objects
Interaction between Logistics Objects
Data Sources
Discussion
References
Agent-Based Emulation of an Electric Overhead Monorail System Pilot Plant
Introduction
Research at the Institute for Materials Handling, Material Flow, Logistics
Impact of the Internet of Things Paradigm on Intralogistics
Electric Overhead Monorail System Pilot Plant
Hardware Platform for the Modules
Control Architecture of the Pilot Plant
Functionality and Processes
Findings
Simulation and Emulation of an Existing Pilot Plant
Agent-Based Emulation
Mixed Operation of Real and Simulated Components
Outlook
References
Combining Machine-to-Machine Communications with Intelligent Objects in Logistics
Introduction
State of the Art
The SunSPOT as Example Sensor Node
The Impact of Combining M2M with WSN in Logistic Practice
Concept of the Demonstrator
Exemplary Implementation on the Involved Platforms
Data Gathering
Data Processing
Data Forwarding
Deployment of MIDlets over M2M Communication
Evaluation and Discussion
References
Lab-Based Process Improvements in Logistics
Augmented Traceability with Internet of Things
Introduction
Architecture and Components of the Demonstrator
The Capture Layer Simulator
EPCIS
Discovery Services (DS)
Object Naming Service (ONS)
Application Layer
Applications of the Demonstrator
Benefits and Lessons for Supply Chains Management
References
From TagID to eVIN - Structured Data Exchange Based on RFID
Introduction
Data@RFID - ISO Compliant Storage of Data-on-Tag
Retail Scenario - EPCglobal-Based Storage of Data-on-Network
RFID-Based Automotive Network
Project Description
Learning Lab
Conclusion
References
How AutoID Processes Shape the Internet of Things: The OpenID-Center Development Process
Introduction
Process Design
Introduction to the Internet of Things Vision
Process Analysis and Development
Technical Feasibility Studies
OpenID-Center as Environment for RFID Performance Tests
Active Ultra Wideband Location Technology
Testing of New Forms of Passive UHF RFID Systems
Piloting
Piloting Example: SKF
Testing Example: Lufthansa Cargo ULD Build-Up Use Case
Conclusions
References
Lab-Supported Product Developments
Using RFID in License Plates and Vignettes for Electronic Vehicle Identification
Introduction
Testing Product Quality
Testing Properties in Laboratory Environment
Determination of the Optimal Position
Dynamic Tests in Outside Laboratory Environments
Results from the First Test Series
Improvements and Second Test Series
References
The Internet of Drinks
Introduction
Demo-Case 1: Monitoring the Fill Level of a Milk Carton for a Cappuccino Machine
Developing a Sensor Integration
Integration into the Internet
Calibration and Measurements
Demo-Case 2: The Cocktail Factory
Structure of the System
Operation
Impact on the Business Usage and Marketing Strategy
Issues Regarding the Internet of Things and Laboratory-Based Research and Teaching
Conclusion and Outlook
References
Author Index

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