Node centrality and average weight.

Node centrality and average weight.

<div><p>In intelligent manufacturing for complex products, the configuration and allocation of human-robot collaboration units (HRCUs) are of critical importance for enhancing production performance. To address the insufficient research on the impact of individual irrational behaviors an...

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Bibliographic Details
Main Author: Xuejiao Zhang (3089274) (author)
Other Authors: Yu Yang (83671) (author), Qian Chen (18883) (author), Jing Wang (6206297) (author)
Published: 2025
Subjects:
Ecology
Sociology
Science Policy
Space Science
Biological Sciences not elsewhere classified
thereby providing support
several subgroups according
proposition belief structures
linguistic term selection
hesitant fuzzy environments
enables precise quantification
position matching decision
heterogeneous production environments
robot collaboration units
individual irrational behaviors
enhancing production performance
robot matching decisions
membership degree assignment
div >< p
group reference behaviors
proposed matching method
reference behaviors
matching objects
production efficiency
performance efficacy
individual assessments
stable one
social network
significant improvements
results demonstrate
quantitatively transform
quantified weights
proposed method
peer effects
operational feasibility
member weights
intelligent manufacturing
insufficient research
environmental sustainability
critical importance
complex products
cognitive similarity
cloud model
based algorithm
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