Sentence examples for in realistic processing from inspiring English sources

The fundamental understandings of the early stage of shish kebab crystallization, transition process from random entangled chains network to stable shish kebab cylindrulite, and the role of long polymer chains on shish kebab formation, are very helpful for in-depth comprehension of shear-induced shish kebab in realistic processing.

The aim of the current paper was to introduce smartphone based behavior sensing and data processing as a means to automatically observe team coordination processes in realistic environments.

In realistic environments, however, due to dynamic nature of the channel and processing delay at both the TX and the receiver (RX), a channel transition may cause a severe loss of subchannel orthogonality, which results in large inter-substream interference.

Regarding our future work, we are confident to say, that the image processing application domain provides all necessary ingredients for testing and evaluating developed concepts in realistic scenarios.

Our work provides a new way for the modification of MWNTs, particularly a convenient way for the enhancement of interfacial adhesion in polymer/MWNT composites via realistic molding processing.

-- that aren't answerable in realistic terms.

Such information regarding processing of color, orientation, and shape can be applied to research designs incorporating real world scenarios in an effort to gain greater understanding of the mechanisms behind compound, multi-feature stimuli in realistic settings.

Furthermore, we provide an illustrative problem description based on a realistic image processing example.

In such cases, closed form expressions for capacity or bit-error probability are often unattainable; effects of realistic signal processing algorithms on the performance of practical communication systems rather have to be studied in simulation environments.

Altogether this means that for realistic large processing, there is not one choice that can be made that is "always best" in terms of energy use and associated emissions.

The capabilities of the approaches selected are addressed in view of realistic modeling and processing of uncertain quantities in engineering.