Future manufacturing informatics - typology of manufacturing data
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Future Manufacturing InformaticsISWC Semantic Web Sydney-Canberra Meetup
COMPUTATIONAL INFORMATICS, CANBERRA
Laurent Lefort 21 October 2013
• Develop a roadmap (white paper) for Manufacturing/Processing Informatics based on industry consultation which highlights the opportunities for CSIRO to support the Manufacturing sector in Australia.
• Survey the current situation of Australian Industry as well as international trends.
• Help the Australian Process and Manufacturing industries to develop their use of digital technologies and maintain or improve their competitiveness on increasingly connected global and domestic markets.
• Propose the future direction of CSIRO’s effort in Process and Manufacturing Informatics.
Presentation title | Presenter name
Processing Informatics RoadmapStarting point
2 |
Presentation title | Presenter name3 |
Material, Products and Processes
Human Services ICT Automation,
IoT, Robotics
Supply chain management
Sustainable manufacturing
End to end data
Design, customisation
Assistive technologies
RelationshipManagement
Product data
Client data
Supply chain events Factory events
Process data
Factory data
Workforce skills
InformaticsSupplier data
Processing Informatics Roadmap| Laurent Lefort | Page
CROSS-CLASSIFICATION
CUSTOMISED SYSTEMS
COMPLEX SYSTEMS
HIGH-END SYSTEMS
SOPHISTICATED COMPONENTS
“NON-SYSTEMS”
Global goods for local markets
Scale-Intensive (automotive) Dynamic Increasing Returns
(chemical/pharma)
Regional processing
Digital Manufacturing (digital printing, custom-made furniture)
Traditional (printing)Traditional (food)
? (plastics)
Energy-and-resource-intensive
Specialised Supplier (Mining) ? Process industries (coke, nuclear, refined-
petroleum products, paper/pulp)
Technology innovators (high R&D intensity)
Science Based (Medical Instruments)
Variation Intensive (Telecoms equipment)
Specialised Supplier (Aerospace)
?
Labor-intensive-tradables
Traditional (apparel/textile, furniture, toys)
Typology of Australian companies
Differentiating factors
Processing Informatics Roadmap| Laurent Lefort | Page
CROSS-CLASSIFICATION
CUSTOMISED SYSTEMSCOMPLEX SYSTEMS
HIGH-END SYSTEMSSOPHISTICATED COMPONENTS
PROCESS-BASED INDUSTRIES “NON-SYSTEMS”
Global goods for local markets
Global supply chain capabilities: large series, high quality, low cost
Compliance to regulationsReputation (end customers)
Regional processing
Proximity to large number of customers (ability to meet specific requirements)
Proximity to primary producers (agriculture regions) Reputation (end customers)
Energy-and-resource-intensive
Proximity to small number of leading customers (ability to meet specific requirements)
Protected know howEnergy and resources costs, proximity to energy/resources or end use
Technology innovators (high R&D intensity)
Support by scientific clustersImitation barriers
Support by scientific clustersGlobal supply chain capabilities: small series, high quality, high cost
Support by scientific clustersProtected know how
Labor-intensive-tradables
Availability of cheap labour
Enterprise Managed
Data
Typology of Manufacturing Data (v1)
Dagstuhl Seminar on Semantic Data Management 22-27 April 2012 | Kerry Taylor | Page
Innovation data (product, process, machine, factory,
supply chain)
Live stream (machine, factory, supply chain)
Social input and output (end user
input, customisation, …)
Analytics
Sub-tiers
Super-tiers
• The Innovation data category groups the data created during the design and planning phase at all levels: definition of a product, a process, a machine or factory, a supply chain. This is a category which requires
• The Live Stream data category groups the data captured on the factory floor and/or within the supply chain in relation to a product or part at an intermediate or final stage of production (discrete manufacturing) or to a machine transforming bulk material (process manufacturing).
• The Social Input and Output data category groups all the data which supports the standing of a company in a world where supply chain partners and end consumers have increasing expectations of transparency and responsiveness.
• The Analytics data category groups any types of aggregated data. Current ERP systems are generally designed to match the business needs of one specific company. Business intelligence across a whole supply chain is increasingly important both for the optimisation of day to day operations and for the prevention and handling of crisis situations in multi-tiered contractual arrangements.
Typology of Manufacturing data
Processing Informatics Roadmap| Laurent Lefort | Page
Dagstuhl Seminar on Semantic Data Management 22-27 April 2012 | Kerry Taylor | Page
DATA CATEGORY
DIVERSITY VOLUME TIME FACTOR STRUCTURE PERIMETER STANDARDS/ PRODUCTSInnovation data
Very high Small to medium
Number of design cyclesGains at production time
Complex (drawings, bill of materials)
Design-task dependent
CAD, CAM
Live Stream Medium to high
High Response time to planned/unplanned changes
Tables/Graphs (Measurements, Events)
Physical world-dependent (sensors, machines)
M2M, IoT
Analytics Very high High Length of historyGains at design and/or production time
Multi-slices data cubes with links to data from all other categories
Mono or Multi-companies
ERPOLAP
Social input and output
Medium to high
Small to medium
Consumer/client/partner expectation
Partially unstructured (contract doc., emails, tweet, promo material)
Social network
CRM
Typology of Manufacturing data
Importance of data
Processing Informatics Roadmap| Laurent Lefort | Page
CROSS-CLASSIFICATION
CUSTOMISED SYSTEMSCOMPLEX SYSTEMS
HIGH-END SYSTEMSSOPHISTICATED COMPONENTS
PROCESS-BASED INDUSTRIES “NON-SYSTEMS”
Global goods for local markets
Innovation data (leader and/or follower)Live streamAnalytics (leader and/or follower)
Social input and output
Regional processing
Live streamSocial input and output
Live streamSocial input and output
Energy-and-resource-intensive
Innovation data Innovation data (leader)Live streamAnalytics (leader)
Technology innovators (high R&D intensity)
Innovation data (leader)Social input and output
Innovation data (leader and/or follower)Live streamAnalytics (leader and/or follower)
?
Ontologies and “echelons”Integration/Combination needs
Presentation title | Presenter name10 |
Product data
Client data
Process data
Factory data
Supplier data
Material data
Ext Interfaces.data
Market data
Techno data
Ext Rel..data
Supply Chaindata
Strategicdata
The interface between “product design and engineering” and manufacturing (Dekkers et al. 2013)
Analytics data
(multi-views)
Innovation Data (complex, technical)
SocialData (diverse, unstructured)
Live Data (big, urgent)
Computational InformaticsLaurent LefortPresenter Titlet +61 2 6216 7046e [email protected] www.csiro.au/
COMPUTATIONAL INFORMATICS
Thank you