Virtual and augmented reality have various applications in logistics planning, training, process support, and visual analytics. Some key applications include using VR for integrated planning of factory layouts, conveyor systems, and logistics areas. VR allows for virtual walkthroughs and ergonomic evaluations. AR can support training, maintenance, and pick-by-vision order picking. Visual analytics uses interactive data visualization to provide insights from logistics data like cube analysis of item sales and stock levels. VR and AR bring benefits like realistic simulations, intuitive user experiences, and reduced training times compared to traditional methods.
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Planning
o Integration conveyor technology,
Layout, architecture
o Planning order picking systems
and procedures
Training
o Order picking procedures
o Systems engineering
Commissioning
o Training beforehand
o Conveyor technology
o Hardware-in-the-Loop
Virtual Reality and Augmented Reality in Logistics - Applications
Process support
Order picking (Pick-by-Vision)
Visual Analytics
o Logistics systems (e.g. cube
analysis)
o Layout & flow orientation
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Integration layout, architecture
Integration layout, architecture
Integrative overall model of building
(technology), equipment, logistics areas,
transport routes
Virtual walkthroughs
Group visits
Planning air, light, sound reinforcement
in simulation models possible
Logistics planning with VR, AR
Source: TU München
Source: TU München
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Integration conveyor technology
Scheduling and digital test of
geometric-functional models of
conveyor technology
Consideration of material flow
simulation systems for flowcharts
(for dimensioning buffers, warehouses,
surfaces in advance)
Logistics planning with VR, AR
Source: Fraunhofer IPA
Source: Fraunhofer IPA
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Planning tool:
factory planning desk
Simultaneous 2D layout (desk)
and 3D perspective (wall)
Cooperative & simple
Logistics planning with VR, AR
Source: Fraunhofer IPA
Source: Fraunhofer IPASource: Fraunhofer IPA
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Checking the flow orientation
of the layout
Flows of goods laid over the
layout
Logistics planning with VR, AR
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Rescheduling
New warehouses
New conveyor technology
New products with old
conveyor technology
One of the questions:
absence of collisions?
Four possibilities:
Very good documentation
of all installations and
modifications
Mock-ups, phys. space
models
Laser scans
Logistics planning with VR, AR
Laser scan (Source: ScanTec3D)
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Rescheduling
Possibility 4:
Augmented Reality
Planning new trades into existing
structures
Animation
Viewing along the interfering edges:
check for collision
Logistics planning with VR, AR
Source: TU München
Source: Volkswagen
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Rescheduling - Augmented Reality
Geometric measuring function possible
Logistics planning with VR, AR
Source: Volkswagen
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Augmented Reality – planning and
evaluation of workplaces
Ergonomics
Reachability analyses
Planning and evaluation of procedures
View/ work analyses
Logistics planning with VR, AR
Source: Volkswagen
Source: TU München
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Planning and evaluation of
routes and procedures
Consideration of
routes/ distances
Consideration of
removal and storage
Consideration of IT
operation
Logistics planning with VR, AR
Source: TU München
Planning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Pre-presentation of the facilities
Pre-presentation of the operation
Pre-presentation of repair/ maintenance/
service
Pre-inspection of operation, workflows
Training with VR, AR
Source: TU München
Source: Fraunhofer IPA
Training
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Advantages
Realistic illustration of complex overall systems
Intuitive, interactive and psychologically high
involvement of the person that is trained
good transfer
Thereby reduction of training time
Training without interrupting the real system
Training and analysis of not yet existing processes
Presentation of dangerous situations
Problems
Data preparation
Investment costs in VR systems
Benefits difficult to quantify
Accustoming time
Training with VR, AR
Source: TU München
Training
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Building an integral overall model of
factory building model and conveyor
technology
Animation and collision check
Real control to digital model:
Hardware-in-the-Loop
Placement of sensors and
actuators
Test control and sensors
Export control code
Commissioning with VR, AR
Source: Fraunhofer IPA
Source: tarakos
Commissioning
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Interactive instruction:
Maintenance
Repair
Process support with VR, AR
Source: Fraunhofer IPA
Process support
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Virtual Reality monitoring
For logistics planning
E.g. with tablet PC
Illustration of stocks,
ranges, storage periods
Process support with VR, AR
Source: Bracht, U.: Digitale Fabrik – Stand und weitere Entwicklungen. In: Personaleinsatz,
Simulation und Digitale Fabrik. BGHM, Mainz, 27.5.2011
Process support
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Pick-by-Vision
In-situ support with Augmented Reality order picking
Fade-in of instructions, article information, order information, direction
and location of items to select
Process support with VR, AR
Source: TU München Source: TU München
Process support
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Pick-by-Vision: Illustrations in display
Process support with VR, AR
Source: TU München
Process support
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Visual Analytics as an interdisciplinary topic
combines data mining and information
visualization
How can you visualize very large and
multidimensional data sets and make them
interactively usable for the user?
Focus: interactive visualization and an
intelligent reduction of complexity
Visual Analytics
Visual Analytics
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Visual Analytics tries to support the human cognition in six ways:
1. Expanding cognitive resources: graphical storage complements human
memory
2. Reduction of search by displaying a lot of information in a small space
3. Support the formation of patterns (e.g. transformation time space)
4. Support for easy recognition of relations, which are difficult to
establish otherwise
5. By supervising the perception of a large number of possible events
6. Flexible presentation medium, which allows the exploration of a
changing parameter space
Visual Analytics
Visual Analytics
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Example cube analysis:
Axis ABC:
articles by sales
Axis XYZ:
articles by regularity of retrieval
(XYZ-analysis for material requirements
planning, warehouse planning, calculation)
Temporal component
(e.g. turnover rate,
throughput time, replenishment time)
Visual Analytics - Logistics
yellow: just-in-time
Visual Analytics
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Cube analysis:
Use of the three axes as spatial axes
Large projection
Detection of agglomerations, patterns,
outliers
Assignment of articles and groups
Visual Analytics - Logistics
Source: Fraunhofer IPA
Source: Fraunhofer IPA
Visual Analytics
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
Mapping on factory layout
Representation of material flows
Setting in relation to operating materials
Verification
o Flow orientation of manufacturing
o Considering further criteria such as
value, regularity, throughput time
Visual Analytics - Logistics
Source: Fraunhofer IPA
Source: Fraunhofer IPA
Visual Analytics
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Training Mission Process support Visual AnalyticsTOP 2Planning Commissioning
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Computing as Transdisciplinary Sience and Technology - Proceedings of the fourth IEEE International Workshop WSTST'05, 25.-27. Mai 2005, Muroran/Japan. Berlin u.a.: Springer,
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7. Reif, R.; Günthner, W. A.: Untersuchungen zu Datenbrillen bei Kommissioniertätigkeiten. In: GfA (Hrsg.): Arbeit, Beschäftigungsfähigkeit und Produktivität im 21. Jahrhundert.
Dortmund: GfA-Press, 2009.
8. Reif, R.; Günthner, W.A.; Schwerdtfeger, B.; Klinker, G.:Pick-by-Vision comes on Age: Evaluation of an Augmented Reality supported Picking System in a real Storage
Environment.Tagungsband Afrigraph 2009, 04.-06.02.2009, Pretoria, Südafrika.
9. Reif, R.; Günthner, W. A.:Pick-by-Vision: An Augmented Reality supported Picking System. Tagungsband zur WSCG 2009, 02.-05.02.2009, Pilsen, Tschechien.
10. Reif, R.; Günthner, W. A.: Pick-by-Vision auf dem Weg in die Praxis. Logistik für Unternehmen 11/12-2008, S. 62-65
11. Reif, R.; Walch, D.; Günthner, W. A.:Evaluierung eines Augmented Reality unterstützten Kommissioniersystems. In: Schenk, M. (Hrsg.): "Virtual Reality und Augmented Reality zum
Planen, Testen und Betreiben technischer Systeme" VR und AR – Automotive. Magdeburg: Fraunhofer IFF, 2008, S. 251-260
12. Reif, R.; Walch, D.: Augmented & Virtual Reality Applications in the Field of Logistics. Tagungsband der 4. Intuition International Conference and Workshop, 04.-05.10.2007,
Athen, Griechenland, S. 61-69
13. Reif, R.; Walch, D.; Wulz, J.: Einsatz von Virtual und Augmented Reality: Studie zur menschorientierten Simulation und Prozessunterstützung im logistischen Umfeld. Studie aus
dem Bayerischen Forschungsverbund Supra-adaptive Logistiksysteme (ForLog), August 2007
14. Schraft, R.D.; Neugebauer, J.-G.; Grefen, K.: Factory and Logistics Planning with Virtual Reality. In: Ahmad, M.M.; Sullivan, W.G. (Hrsg.) ; European Process Industries
Competitiveness Centre, Middlesbrough: Flexible Automation and Intelligent Manufacturing. Proceedings of the Seventh International FAIM Conference. 25.-27 Juni 1997,
Middesbrough/UK. Wallingford/UK: Begell House, 1997, S. 958-968
15. Schwerdtfeger, B.; Reif, R.; Frimor, T.; Klinker, G.: Neue Techniken zur Informationsbereitstellung in der Kommissionierung. In: Günthner, W. A.. (Hrsg.): Neue Wege in der
Automobillogistik. Berlin: Springer, 2007, S. 487-500
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effizienter Produktionslogistik. Düsseldorf: VDI-Verlag, 2001 (VDI-Berichte 1649)
Literature VR/AR in Logistics