Sentence examples for vector constraint from inspiring English sources
A concept of virtual control is introduced for the continuity of the guidance commands and the enforcement of the thrust vector constraint at the terminal point.
The attitude angular velocity induced thrust vector constraint is then converted into thrust vector maneuverability constraint, which is nonconvex and cannot be implemented in the optimization framework directly.
This is because the instances are acyclic chemical compounds: 1-augmented trees become less able to satisfy the feature vector constraint as K increases and only multi-trees can satisfy the feature vector constraint.
In the second phase, we assign multiplicities of edges for each of the simple trees to satisfy the feature vector constraint and the valence constraint.
A generalized formulation of the robust optimization problem results, which includes normal vector constraints on critical manifolds of steady states and of bounds on the state transient.
Such a modifications are got directly by replacing xx Note that the constraints (3.22), (3.23), (3.24), and (3.25) now become n-vector constraints.
Consequently, the formula for calculating the interval violation vector of constraint (g_{i} left( {{varvec{x}},{varvec{U}}} right) le B_{i} = [b_{i}^{L},b_{i}^{R} ]) can be concluded as Eq. (7).
Similarly, the formula for calculating the interval violation vector of constraint (g_{i} left( {{varvec{x}},{varvec{U}}} right) ge B_{i} = [b_{i}^{L},b_{i}^{R} ]) can be deduced as Eq. (8), the detailed derivation of which is not provided here for space saving sake.
The total transmit power is represented by the sum of the L2 norms of the beamforming vectors in constraint (5).
Furthermore, we followed Adjemian et al.'s ([2010]) approach to conduct a likelihood test on a vector of constraints equating the spatial models to the conventional model.
Furthermore, we follow Adjemian et al.'s ([2010]) approach to conduct a likelihood test on a vector of constraints, comparing the spatial models to the conventional model.
