Initial keypoint mappings are established by utilizing descriptors.
A conditional stability result is established by utilizing the a priori bound.
Firstly, generalized criteria on persistence in mean are established by utilizing stochastic comparison principle and novel analysis techniques.
Then a prototype system was established by utilizing the known knowledge rules, topological relationships, and semantic relationships among strata.
Interoperability of SOIFRA is established by utilizing the framework for completing the same mission on four different robotic platforms (Turtlebot, Clearpath Husky, AR Drone and Hector-quadrotor) for simulations and two diverse robotic platforms (Turtlebot and AR Drone) for real-time experiments.
Meanwhile, existence results of solutions are established by utilizing boundedness, continuity, monotonicity, nonnegative of Mittag-Leffler function (A_{alpha,beta}(w)), (alpha,betain(1,2)), (win R), and fixed point methods.
Thirdly, an asymptotically stochastic stability criterion is established by utilizing a new-type Lyapunov function to guarantee the error system and sliding mode dynamics to be asymptotically stochastic stable with a given disturbance attenuation level.
The schemes are established by utilizing some quarter wave plates (QWP) to control the ellipticity of polarization of light, and adjusting the azimuthal angle to achieve adequate phase sensitivity.
In consideration with the imperfect networked environment with signal transmission delay and data packet dropout, a fuzzy NCS via dynamic output feedback is established by utilizing the parallel distributed compensation (PDC) technique.
From these results, a new assay method for quantifying lysozyme was established by utilizing the Morgan-Elson reaction based on the generation of product D (2-acetamide-2,3-dideoxy-glucopyranose), which serves as a chromophore, formed from Gal(GlcN 3D by lysozyme through a conjugated reaction involving β-N-acetylhexosaminidase.
