Sentence examples for evolution of prototypes from inspiring English sources

Being able to combine static and dynamic typing within the same language has clear benefits in order to support the evolution of prototypes or scripts into mature robust programs.

Due to this evolution of rapid prototyping technologies, it has become possible today to obtain parts representative of mass production within a very short time.

This set delineates evolutionary connections between major functions and illuminates how folds and functions emerged in pre-domain evolution as a combination of prototypes.

Our approach is supported by contemporary evidence that increasingly emphasizes the importance of developmental psychopathology and highlights the key role of anxiety and depression in the evolution of most adult prototype severe mental disorders and offers a rationale for giving greater priority to these symptoms [ 22, 33, 70].

With the evolution of additive techniques from prototyping tools (Rapid Prototyping; RP) to the production of actual end-use parts (Additive Manufacturing; AM), there is a growing need to develop and be able to process a much greater variety of materials than is currently possible.

An exhaustive description of a protein fold and its enzymatic function as a combination of EFLs illuminates how this fold emerged in pre-domain evolution by fusion of prototype genes.

The diversity of folds containing this loop suggests that in the pre-domain stage of protein evolution the prototype of the p-loop was included into structurally and biochemically different folds, acquiring different elements of secondary structure and mutations in sequences, but preserving the active residues and their relative locations in sequence and space.

Evolution of P1-argininal inhibitor prototypes led to a series of non-covalent P3-7-membered lactam inhibitors 1a w, featuring novel peptidomimetic units that probe each of the S1, S2, and S3 specificity pockets of thrombin.

The feasibility of this approach is demonstrated by the new evolution of our monitoring system prototype, SIMBAD, where the first biomedical signal processing applications are implemented.

It also presents the evolution of this technology from laboratory prototypes to field applications.

Biomimetics is exclusively based on living organisms and the evolution of some 10 million living prototypes (survey in Ref. [1]).