Sentence examples for constraints for models from inspiring English sources

The properties of this resonant population may serve as important constraints for models of HAMR debris origin and evolution.

This ability to probe the variation of 3D tidal amplitudes over a broad range of heights in the mesosphere and lower thermosphere (e.g. 70 130 km) would provide very valuable experimental constraints for models, of a kind which it has not been possible to obtain so far.

However, both the methods revealed constraints for modeling.

In geodetic data inversion, insufficient observational data and smoothness constraints for model parameters make it difficult to clearly resolve small-scale heterogeneous structures with discontinuous boundaries.

Determination of positions where the phosphodiester backbone of the RNA is on the inside or on the outside of the molecule provides major constraints for modeling the three-dimensional structure of the Tetrahymena ribozyme.

As the sequence identities between TRPV1 and the template channels (less than 20%) are rather low, and there is a lack of experimental constraints for model building, limited insights were gained from those studies.

In view of the limitations of many available strategic supply chain design models, this model involves three major supply chain stages, including procurement, production, and distribution, and their interactions; it takes into account bill of materials constraints for modeling complex supply chain inter-relationships.

fsCoP may also be used for the interactive exploration of bio-OMIC big data by interactively adding user-defined constraints for modeling.

As a result, the numbers of successes by 200 trials were 200 without DE constraints and 51 by GA and 11 by PSO with DE constraints, for Model 1, and 200 for all cases for Model 2. The objective function in this study is composed of two terms: one is the standard error function between the estimated and measured data, and the other is the constraints obtained by differential elimination.

This can be applied to crater degradation studies and provides a useful constraint for models of complex crater formation.

The method may, for example, reveal the ratio of these elements in continental versus oceanic crust--a constraint for models of how Earth's surface segregated from the rest of the molten planet.