Sentence examples for relations introduced from inspiring English sources

These relations correspond to Koslow's implication structures; see Koslow 1992 for the closely related but different approach to logics (in a broad sense) as consequence relations introduced by Koslow.

Eventually Demme's father, who worked in public relations, introduced his son to the producer Joseph E. Levine, who liked Demme's writing and offered him a place in the publicity department of his production company.

We highlight that these similarity relations introduced in this work are two-valued, but nothing prevents one to create four-valued similarity relations.

In spite of many accurate numerical models for the consideration of the strain rate effect, however, the simple relations introduced by Saatcioglu et al. (2011) are adopted in this paper for computational convenience.

In the left side of the figure are the vertices representing only class and their relations; the extended part is on the right, representing the aspects and the new dependency relations introduced by Ré and Masiero[7].

Examples comprise the q-canonical commutation relations introduced by Greenberg, Bozejko, and Speicher, and the twisted canonical (anti- commutation relanti- commutation Pusz and Worelations astudiedas the quantum group SνU(2).

Our choice of a Gabriel graph to define neighbor relations introduces a bias against small interneighbor angles, when compared against measurements made over a Delaunay triangulation; very acute angles correspond to long, thin Delaunay triangles, which are usually excluded from Gabriel graphs due to the neighbor criterion used.

A friend named Raul (no relation) introduced me to jiujitsu, and Fabio, in perfect Portuguese, would call him "HAH-ool" when he came to class.

In this study, radar reflectivity data were converted into rainfall rates using the relation introduced in [22], fitting data of 7 years recorded in central Europe: Z = 3 1 6 R 1. 5. (2).

With these preorders it is then possible to formulate set-valued optimization problems related to robustness for multi-objective optimization problems, especially, we show that the concept of minmax-robust efficiency (see [18]) is closely connected to a certain set order relation, introduced by Kuroiwa [21, 22], namely the upper-type set relation.

The parameters L from Eq. (11) were determined based on relation introduced by Hallo and Gallovič (2016) in a similar inversion setting L = frac{{left| {{mathbf{x}} - {mathbf{x}}_{text{epic}} } right|}}{{25 left[ {text{km/s}} right]}}, (12 where ( left| {{mathbf{x}} - {mathbf{x}}_{text{epic}} } right| ) denotes horizontal distance between the station and epicenter in kilometers.