Sentence examples for based on linear or from inspiring English sources
Various existing guidance laws based on linear or linearized formulation, in which desired terminal conditions are considered as fixed terminal output constraints, usually have linear-in-parameter structure.
However, most of the conventional VC methods, including the GMM-based approaches, rely on 'shallow' voice conversion based on linear (or piecewise linear) transformation.
Various magnetic inorganic-organic hybrid membranes based on linear or hyperbranched polyimide matrix and magnetic microparticles were prepared and characterized.
The crystal structures of compounds exhibit two kinds of ladder-like chains based on linear or T-shaped coordination environment of Ag(I).
For benzofuran, benzothiophene, quinoline, phenols, naphthalenes, and BTEXs the profiles indicated significantly weaker sorption at high solute concentrations than at low solute concentrations and than expected based on linear or Freundlich isotherms.
The present elastic impedance inversion techniques are mostly based on linear or quasi-linear inversion methods, not only losing the precision of inversion in the process of linearization but also strongly relying on the accuracy of initial model, while convergence to the global optimum is difficult in the usage of these techniques (Su et al. 2014).
Intelligent agents learn the most appropriate algorithm to predict e-inclusion degree of student based on linear regression or cluster analysis.
In this paper, we try our best to find solutions to the following problems: Can we use the component classifiers based on linear kernel or RBF kernel to get better generalization performance in AdaBoostSVM?
Most of model-based studies for inferring networks are based on linear ODE models or discrete models [ 14- 16], and these linear ODEs are approximated by difference equations or the steady-state assumption, which are easily solved by classical optimization algorithms or software.
This is particularly true when the control algorithms are based on Linear Quadratic Gaussian or Predictive Control approaches, using full state space models.
Continuous-mixture theory is applied to chromatographic separations based on linear equilibrium partitioning or adsorption of the species in the stationary phase.
