Sentence examples for control solutions of from inspiring English sources

The celebrated Pontryagin's maximum principles is employed to conduct the physical solutions of the state vector and the control force vector of stochastic optimal controls of closed-loop systems by synthesizing deterministic optimal control solutions of a collection of representative excitation driven systems using the generalized density evolution equation.

Control solutions of each compound in the absence of TTR were tested, all compounds were soluble and none absorbed appreciably at 400 nm, ensuring that turbidity was the result of TTR amyloid formation.

Conversely, the control solutions of water, 4 mM cholate, 4 in water and cholate, and Prohance in water and cholate do not form light-scattering structures.

The microbiological assay studies conducted using agar diffusion method indicated that HP- β-CD based Voriconazole in situ gel formulation VG9 inhibited the growth of Candida albicans and Aspergillus fumigatus, while the control solutions of VG9 formulation without drug (Control 1) and VG9 without HP- β-CD (Control 2) did not inhibit the fungal growth.

After intravitreal administration in a rabbit model, liposomes and liposomes-gel formulations provided, 1-day postinjection, significantly higher drug levels than the control solution of the oligothymidilate pdT16.

The prepared working concentrations from the stock-solution were 120, 60, 30, 20, 10, and 5 mg L−1, with a control solution of 0 mg L−1 of OTC (buffer solution).

Reduction in absorption intensity of DPPH in the solutions containing the stem bark extract was observed when compared with a control solution of DPPH in ethanol at the same concentration.

More precisely, let u be an optimal control, solution of ((mathcal {P}_{S})), and assume that u is singular on the sub-interval (t 1,t 2)⊂[0,t f ] and is regular elsewhere.

In contrast, the unrefined impulse damping control solution of the tutorial structure consumes 53% more fuel than the theoretical optimum, and the linear quadratic regulator solution is shown to consume 64% more fuel than the theoretical optimum.

Herein, we consider one simple strategy involving the introduction of an off time t̂ to the optimal control solution of P1 such that hat{t} + tau_{1}^{r} = t_{1}, (70) where (tau_{1}^{r}) is the solution of the time optimal control P1, for the initial condition (textbf{v}(hat{t})).

A control solution of PG was similarly applied to the contralateral side.