Sentence examples for more complex realization from inspiring English sources
Redundancy also implies robustness: for identical kinetics, the more complex realization will be less perturbed by link or node deletion than the minimal realization (a precise characterization requires a theory of approximation).
More importantly, it is more complex if realization program uses MPI to deserialize.
With regard to the effect of syllable structure, the results of this study seemed to imply an even more complex relationship between /dz/ realization and syllable type than what had previously been suggested.
The ability to assemble crystalline layered materials in a controlled way permits the fabrication of graphene devices on other promising dielectrics and allows for the realization of more complex graphene heterostructures.
However, the original reason why this conception received a dominant position was not the lack of realization that more complex forest structures and dynamics are naturally common, but rather the necessity to adopt a sufficiently simple conceptual model that could be used to organize rational forest management and for example to construct forest yield tables to predict forest growth.
In addition to the major trend observed in Ang 洪惟仁 (2003), one would also expect more [l] and fewer [z]/[dz] realizations in more complex syllables than simpler ones.
The use of several enzymes allows the realization of much more complex synthetic schemes.
The realization of the spintronic stateful logic operations extends non-volatile electronics from memory to logical computing applications and opens the door for more complex logic functions to be realized with MTJ-based devices.
Definition 2 is more general because it allows correlation between values of x ( N ) and lets p t) be more complex than just a function of the current channel realization h(t).
Redundancy there may be due to material constraints that prevent the minimal realization of a network but allow a more complex one.
These observations and the development of new technologies have led to a realization that the regulation of gene activity is a much more complex process than previously thought and occurs within the context of a three-dimensional (3D) nucleus.
