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Optimisation approaches for distributed scheduling problems
Hing Kai Chan
, Sai Ho Chung
Research output
:
Journal Publication
›
Review article
›
peer-review
23
Citations (Scopus)
Overview
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Dive into the research topics of 'Optimisation approaches for distributed scheduling problems'. Together they form a unique fingerprint.
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Keyphrases
Optimization Approach
100%
Resource Utilization
100%
Distributed Scheduling Algorithm
100%
International Journals
50%
Operational Efficiency
50%
System Reliability
50%
Dynamic Behavior
50%
Control Mode
50%
Supply Chain
50%
Self-adaptive
50%
Multi-agent Systems
50%
Adaptive Capacity
50%
Remanufacturing
50%
Manufacturing Options
50%
Decentralized Control
50%
Optimizing Resources
50%
Distributed Scheduling
50%
Production Research
50%
Original Equipment Manufacturer
50%
Cannibalization
50%
Learning Adaptive
50%
Autonomous Agents
50%
Multi-site Production
50%
Decentralized Manufacturing System
50%
Concurrent Planning
50%
Concurrent Schedules
50%
Decentralization System
50%
Global Optimization
50%
System Utilization
50%
Production Facilities
50%
Engineering
Optimization Approach
100%
Research Work
100%
Internals
100%
System Reliability
100%
Dynamic Behavior
100%
Resource Utilisation
100%
Gas Fuel Manufacture
100%
Agent System
100%
Specifies
100%
Operational Efficiency
100%
Original Equipment Manufacturer
100%
Decentralized Control
100%
Production Facility
100%
Computer Science
Scheduling Problem
100%
Distributed Scheduling
100%
Supply Chain
50%
Multi Agent Systems
50%
Resource Utilisation
50%
Dynamic Behavior
50%
Operational Efficiency
50%
Production Site
50%
Decentralized Control
50%
Global Optimization
50%
Autonomous Agent
50%
Social Sciences
Professional Occupations
100%
Supply Chain Management
100%
Research Work
100%
Economics, Econometrics and Finance
Manufacturing System
100%
Scheduling Problem
100%
Chemical Engineering
Multi Agent Systems
100%