Sentence examples for configurations were then from inspiring English sources

These configurations were then encoded in the form of rules and policies to be used while the system is running.

These hydrides with different types of bonding configurations were then investigated in this part to help us accurately understand the spatial correlation between the hydrogen-related microstructures and oxygen impurities.

The best k-NN configurations were then used for pixel level estimation; the accuracy was estimated with a bootstrapping procedure; and the results were compared to estimates obtained using parametric regression methods implemented on the same data set.

The most promising set of aircraft sub-system and system configurations were then determined based on both an energy integration and aerodynamic performance analysis at each stage of the mission (including the transient ones).

Some of the Pareto optimal configurations were then subjected to surface profiling errors including tilt, concavity, convexity and waviness and key performance parameters such as load capacity, stiffness and flow rate determined.

Points representing landmark configurations were then projected into Euclidean tangent space approximating the curved shape space.

The configurations are then divided into two types of spaces according to their distributions.

The optimized signal time settings and lane configurations are then represented in Vissim simulation.

The various configurations are then studied by performing computational fluid dynamics (CFD) simulations.

Additional configurations are then found by the surrogate models, improving simultaneously all performances of the CFV-v1 configuration.

The necessary condition for Boolean fuzzy systems as universal approximators with minimal system configurations is then discussed.