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An Approach for cloud-based Situational Analysis for factories providing real-time Reconfiguration Services
1. An Approach for cloud-based
Situational Analysis for factories
providing real-time
Reconfiguration Services
Sebastian Scholze
ATB
Pro-VE`17 Sebastian Scholze, ATB-Bremen 1
2. Manufacturing of products becomes increasingly
complex and needs to be flexible
increasing diversity of product use & products,
demand for more customised products,
shorter time-to-market requirements.
Product use and production
activities are often separated
low efficiency,
high costs.
Optimisations are required to
face these problems
Some of these optimisations can be carried out by
adjusting production control parameters,
reconfiguration of products
Sebastian Scholze, ATB-Bremen 2
Motivation
supplies factory deployedproducts
data analyticsFoF infrastructure
cloud
monitoring &
reconfiguration
Pro-VE`17
4. Methodology for reconfiguration and optimisation
of products and factories based on predictive big-
data analytics.
address technical and organizational issues for
extension and introduction of tools and services,
emphasizing security, privacy & trust.
Set of tools and services to support
predictive (big) data analytics,
dynamic reconfiguration and optimisation,
situational awareness technologies,
cloud resource management.
Cloud based secure infrastructure
will be an add-on for existing production systems
or next generation smart factory operating system.
Sebastian Scholze, ATB-Bremen
Objectives and Expected Results
4Pro-VE`17
5. Targets two technology challenges for factories of the
future for improving production, products and services:
Interconnected Systems of Production Systems
Connected Product Networks
A key objective of the project is to develop cloud-based
analytics and reconfiguration capabilities with:
reactive and predictive reconfiguration for production
systems and smart products;
flexible run-time reconfiguration decisions during
production rather than pre-planned at production planning;
real-time reconfiguration decisions for optimisation of
performance and real-time production and product
functions.
Sebastian Scholze, ATB-Bremen 5
Technical Objectives
Pro-VE`17
7. Situation Monitoring & Determination:
Services to identify the current situation
under which a product/machine is being used
or operates.
Predictive Analytics Platform: Real-time
big data framework for manufacturing.
Reconfiguration and Optimization
Engine: Cloud-based engine for reactive
optimization and predictive optimization,
based on past performance and analysis of
current configurations
Security, Privacy & Trust: Protection of
both product and customer data, by a
flexible policy-enforcing scheme.
Pro-VE`17 Sebastian Scholze, ATB-Bremen 7
Proposed Concept (2)
8. Pro-VE`17 Sebastian Scholze, ATB-Bremen 8
Workflow –
Predictive Analytics Platform
Get data fromfactory&
connectedproducts
Post-processedtechnical
availabilitydata
BigDataAnalyticsPlatform
Analyse data basedon
configuration(e.g. for
predictive maintanance)
Provide analysis results
forreconfiguration
decisionsupport
Event-drivenData
IngestionServices
9. Challenges
Real Time data Ingestion (filter, aggregate, routing,
storage).
Unify Real Time / Batch data processing.
Cloud agnostic platform (On-premise / Any cloud).
High Availability 24x7 support.
Cost efficient platform.
Innovations
Cost efficient platform using dynamic resource managers.
Improve of the so-called Lambda architecture using the
same tools for both fast and slow data.
Develop new predictive analytics algorithms for each BC
that will run on the platform.
New-SQL research, where strong consistency and
relational capabilities are added to highly scalable non-
relational databases.
Pro-VE`17 Sebastian Scholze, ATB-Bremen 9
Workflow –
Predictive Analytics Platform
10. Pro-VE`17 Sebastian Scholze, ATB-Bremen 10
Workflow – Situation Model and
Determination Services
Get data fromfactory&
connectedproducts
Identifycurrent situation
SituationDeterminationServices
Refine identified
situations byreasoning
techniques
Forward determined
situations
Event-drivenData
IngestionServices
Big-Data Analytics
Platform
11. Challenges:
Modelling of Context
Interpreting data from various existing
systems
Innovations
Situation monitoring services, identifying
product use patterns
Situation determination services,
supporting reconfiguration of
factories/products/services
Providing new insights into product use
patterns and product environmental
impact patterns.
Pro-VE`17 Sebastian Scholze, ATB-Bremen 11
Workflow – Situation Model and
Determination Services
12. Pro-VE`17 Sebastian Scholze, ATB-Bremen 12
Workflow – Optimisation &
Reconfiguration Engine
Identification of
product/production
processes and
reconfiguration points
Identification and linking
of optimisation metrics,
constraints and
monitoring data
Optimisation&ReconfigurationEngine
Search-based
optimisation
Issuing of a
reconfigurationSituation
Determination
Services
Big-Data Analytics
Platform
Event-driven Data
Ingestion Services
Reconfiguratio
n Interfaces
13. Challenges
Context-driven optimisation
● Situation Monitoring/Determination
● Analytics
Timely response to process change
Innovations
Best solver can be context-determined
Multiscale optimisation
● Solvers can be:
Federated (cloud-based)
Hardware-accelerated (FPGAs/GPUs)
Pro-VE`17 Sebastian Scholze, ATB-Bremen 13
Workflow – Optimisation &
Reconfiguration Engine
15. Electrolux
Products connected to a cloud-based
system can be optimised through a
reconfiguration process i.e. Cloud-
driven product optimisation
OAS
Optimise production processes and
preventive maintenance activities
through reconfiguration of processes
based on Big Data analysis in the Cloud
ONA
Improvements in Adaptive Machining,
Part Quality and Sustainability, based
on analysing machine usage behaviour
compared to nominal machine usage
behaviour
Pro-VE`17 Sebastian Scholze, ATB-Bremen 15
Case Studies
16. Adaptive machining capability.
Manufacturing quality improvement through a
reconfiguration process.
Sustainability improvements during machine use
with reconfiguration capability
Reconfiguration process generates new
knowledge for new optimized Machine/Product
Design
New business opportunities around
reconfiguration services.
Pro-VE`17 Sebastian Scholze, ATB-Bremen 16
Expected Impacts
17. Approach for optimisation and
reconfiguration opportunities was
presented, which is based on
Predictive analytics
Situational awareness
Four building blocks are presented that
are typical examples of new
reconfiguration functionalities needed for
factories of the future.
Situation Monitoring & Determination
Predictive Analytics Platform
Reconfiguration and Optimization Engine
Security, Privacy & Trust
Pro-VE`17 Sebastian Scholze, ATB-Bremen 17
Conclusions
18. Cloud-based Situational Analysis for Factories
providing Real-time Reconfiguration Services
More info: www.safire-factories.org
Pro-VE`17 Sebastian Scholze, ATB-Bremen 18
Editor's Notes
-Mention Add-On aspect
Manufacturing of products nowadays becomes increasingly complex and needs to be flexible due to an increasing diversity of product use and product portfolios, customer demand for more customised products and shorter time-to-market requirements.
Currently, product use and product production activities are often separated, leading to low efficiency and high costs for both users and manufacturers.
Optimisations are required to face these problems
Some of these optimisations can be carried out by adjusting production control parameters and others require the reconfiguration of products
Methodology for reconfiguration and optimisation of products and factories based on predictive big-data analytics.
Emphasizing security, privacy & trust based on situational awareness.
The methodology will address technical and organizational issues for extension and introduction of tools and services for re-configuration and optimisation of factories and products.
Set of tools and services to support
dynamic and predictable reconfiguration and optimisation,
predictive big data analytics and
Cloud Resource Management
Cloud based secure infrastructure for reconfiguration and optimisation.
The envisaged SAFIRE infrastructure will be an add-on for an existing production system or next generation smart factory operating system, allowing to transform such production systems into advanced production systems capable of real-time reconfiguration and optimisation.
The project targets two related technology challenges for factories of the future that present new opportunities for improving production, products and services:
Interconnected Systems of Production Systems (SoPS) in manufacturing environments where individual production systems and the SoPS have HW and SW requirements to achieve specific business objectives
Connected Product Networks (CPNs) where networked smart products collect data, can be adapted in the field, and can deliver extended services to customers through optimisation of smart products (e.g. performance parameters, customisation of products to environments, usage patterns, etc.).
A key objective of the project is to develop cloud-based analytics and reconfiguration capabilities with:
reactive and predictive reconfiguration for both production systems and smart products;
flexible run-time reconfiguration decisions during production rather than pre-planned at production planning time;
real-time reconfiguration decisions for optimisation of performance and real-time production and product functions.