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Designing the optimal robotic milking barn by applying a queuing network approach
I. Halachmi
, Y.B.F. Adan
, J. van de Wald
, P. van Beek
,
J.A.P. Heesterbeek
Utrecht University
Faculty of Veterinary Medicine
extern
Research output
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Keyphrases
Network Approach
100%
Herding
100%
Animal Welfare
100%
Optimal Layout
100%
Idle Time
100%
Queueing Network Theory
100%
Barn
100%
Queueing Networks
100%
Welfare Needs
100%
Robotic Milking
100%
Numerical Results
50%
Dairy Barn
50%
Process Optimization
50%
Design Methodology
50%
Herd Size
50%
Design Tools
50%
Queue Length
50%
Facility Utilisation
50%
Software Application
50%
Cow Behavior
50%
Livestock Housing
50%
Economic Welfare
50%
Design Process
50%
Management Practices
50%
Markov Process
50%
Facility Allocation
50%
Lane Utilization
50%
Practical Design
50%
Heuristic Optimization
50%
Welfare Facilities
50%
Agricultural and Biological Sciences
Automatic Milking Systems
100%
Barn
100%
Cow
100%
Animal Welfare
33%
Network Theory
33%
Herd
33%
Herd Size
16%
Case Study
16%
Food Science
Automatic Milking Systems
100%