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Verifying concepts for complex Product-Service System (COPSS) design
Torsten Dehn
,
Daniel Chicksand
, Louise Knight
Management
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Chapter in Book/Report/Conference proceeding
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Dive into the research topics of 'Verifying concepts for complex Product-Service System (COPSS) design'. Together they form a unique fingerprint.
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Keyphrases
Complex Product
100%
Product-service System Design
100%
Design Framework
40%
Portfolio Management
40%
Product-service Systems
40%
System Architecture
20%
Design Process
20%
Additional Service
20%
Customization
20%
Environmental Regulation
20%
Service Operations
20%
Engineering Systems
20%
Design Approach
20%
New Product Development
20%
Service Design
20%
Related Topic
20%
Design Characteristics
20%
Development Approach
20%
International Competition
20%
Hardware Complexity
20%
Nonconformity
20%
Complex Product Systems
20%
Product-service
20%
Concurrent Engineering
20%
Service Modularity
20%
Network Collaboration
20%
Task Design
20%
Global Services
20%
Risk Shifting
20%
Product Life Cycle
20%
Demand Shift
20%
Company Growth
20%
Integrated Design
20%
Extended Product
20%
Portfolio Design
20%
Design Complexity
20%
Hardware as a Service
20%
Complex Product Design
20%
Framework Comparison
20%
Design Collaboration
20%
Solution Characteristics
20%
Complex System Design
20%
Product-service Design
20%
Integrated Product-service
20%
Matching Complex
20%
Product-service Systems Development
20%
Product Bundling
20%
Engineering
Product Service System
100%
Service Design
50%
Portfolio Management
50%
Applicability
25%
Shortfall
25%
Lifecycle
25%
Customisation
25%
System Development
25%
Concurrent Engineering
25%
Product System
25%
Environmental Regulations
25%
Systems Engineering
25%
Product Life Cycle
25%
Design Complexity
25%
Nonconformity
25%
Computer Science
Product Service
100%
Service Design
33%
Design Framework
33%
Portfolio Management
33%
Computer Hardware
16%
Customisation
16%
System Development
16%
Development Approach
16%
Product Life Cycle
16%
Integrated Product
16%
System Manufacturer
16%
Concurrent Engineering
16%
Collaboration Design
16%
Design Complexity
16%
System Architecture
16%