The gas flow and particle deposition patterns for the current vessel are first evaluated.
The mean value and standard deviation of the localization error are first evaluated using numerical simulation under practical imaging conditions.
Before the sea validation, the behavior and the performance of the hybrid coordination strategy are first evaluated in simulation.
The linear stability boundaries of this grinding system are first evaluated by performing an eigen-analysis on the linearized system.
Before such actions are implemented by actuators, these actions are first evaluated in a virtual environment which mimics the real-world environment.
All the five models are first evaluated on Landsat image aggregated to 960 m resolution and downscaled to 480 m and 240 m resolution.
Since the implementation of many cooperative systems require high costs, a complex infrastructure and a high level of coordination and logistics, it is very common that these projects are first evaluated using a simulation approach.
Surface characteristics such as pore surface area, micropore volume and pore size distribution of the adsorbent (Maxsorb III) are first evaluated using Classical Volumetric Method i.e., the manometric method with N2 gas adsorption at 77 K.
