Discrete Element Modelling Applied to Edge Computing Task Offloading
Hiroshi Mensah
Corresponding
Technical University of Munich
Elena Khan
The University of Manchester
Abstract
Small improvements in edge computing task offloading can translate into significant savings across large-scale robotic manipulation. The study adopts discrete element modelling, chosen for its balance of accuracy and computational efficiency. The framework classified the outcomes with an accuracy of 24% on the held-out data. The work underscores the value of combining field measurement with rigorous modelling.
Keywords:
edge computing task offloadingdiscrete element modellingheavy metal removalmetamaterial
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