The Impact of Virtual, Remote and Real Logistics Labs
First International Conference, ImViReLL 2012, Bremen, Germany, Februar 28-March 1, 2012. Proceedings
Published on 27. February 2012
172 pages
978-3-642-28816-6 (ISBN)
Description
This book constitutes the refereed proceedings of the International Conference on the Impact of Virtual, Remote and Real Logistic Labs, ImViReLL 2012, held in Bremen, Germany, in Februar/March 2012.
The 16 revised full papers presented were carefully reviewed and selected from numerous submissions. The papers are organized in topical sections on fundamentals and historic background of lab-based research in logistics; infrastructure and design of virtual, remote and real labs; educational implications of virtual, remote and real labs; test-beds and demonstrators; lab-based process improvements in logistics; lab-supported product developments.
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Dieter Uckelmann | Bernd Scholz-Reiter | Ingrid Rügge
The Impact of Virtual, Remote and Real Logistics Labs
First International Conference, ImViReLL 2012, Bremen, Germany, Februar 28-March 1, 2012. Proceedings
Book
02/2012
1st Edition
Springer
€53.49
Shipment within 7-9 days
Content
- 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
