Generally speaking, the structure of the observer for nonlinear systems can be summarized as follows by several methods: the class of Lyapunov function method [12, 13], differential geometric methods for designing [14, 15], the extended Luenberger observer method [16, 17], and the extended Kalman filtering method [18, 19].
Generally speaking, the coupling structure of CSs is not constant.
Generally speaking, the layered structure of liquid molecules on a solid surface is related to the liquid-solid interactions.
The set of rules P is defined in the following way: (21) ∀ a i low → a i Medium → a i High → a i Any → a i, It is important to note that, strictly speaking, the grammar structure, described above, allows representing dependencies between types of residues from two helices rather than actual residue‐residue contacts.
Intuitionally speaking, the cluster structures of data in feature spaces reflect the discriminative information of distinct classes.
When bindings in a Map or PSQ are inserted, deleted or modified, strictly speaking, the returned data structure is not the original data structure but a data structure that is identical with the previous data structure but containing the alteration.
Generally speaking, the inherent crystal structure determines the crystal growth habitual behavior and final morphology.
Comparatively speaking, the shell-core structure consists of an organic compound NPs core and iron oxide particle shells.
Seat safety relies on a three-legged-stool so to speak: the seat structure, the passenger restraints and attachment to the aircraft.
Simply speaking, the unranking of decomposable structures (like for instance RNA secondary structures which can be uniquely decomposed into distinct structural components) works as follows: Each structure s in the combinatorial class S n of all feasible structures having size n is given a number (rank) i ∈ 0,..., card S n - 1, defined by a particular ranking method.
Generally speaking, the vibrations of flexible structures in practice are described by nonlinear models of strings, beams, plates, and so on.
