In this paper, a model of aerial work platform working device based on virtual prototype and finite element method was established.
An algorithm proposed in [25] schedule parallel applications based on virtual machine characteristics to reduce consumption of physical resources such as network elements and power within the data center.
Additionally, a robust 2D Finite Element model (FEA) was developed to simulate the fatigue crack propagation based on virtual crack closure technique (VCCT), while a 3D FEA model was developed to investigate the edge effect on fatigue crack propagation.
The Dalvik virtual machine is based on virtual registers and the Java virtual machine is based on stack.
The method is based on virtual potential fields.
We defined virtual distance based on virtual coordinates and use it as a routing metric.
Most examples of rapid scaling are based on virtual goods and services.
The present study proposes a novel fatigue model based on virtual strain energy.
Startups are trying to raise money based on virtual valuations.
The proposed method is based on Virtual Synchronous Power (VSP) control strategy of HVDC interconnected systems.
