Sentence examples for full transform from inspiring English sources

Fig. 3 Possible feasible alternative schemes for efficient computation of composite DFTs when the input and/or output sequences are smaller than the length of the full transform.

Also, it manifests the robustness in sparse and non-sparse sensing scenarios (i.e., operability for an arbitrary number of consecutive input elements (L i ), the number of consecutive outputs that should be computed (L o ), and the length of the full transform (N)) in contrast to the recently developed most prominent SFFT family-related methods [20, 21] operable in sparse scenarios only.

The main contribution of this paper consists in the development of a new alternative method for efficient computing of a composite length DFT, when the input sequence and/or the required output sequence are smaller than the length of the full transform.

NIK-mediated activation of the noncanonical NF-κB pathway (phosphorylation of IKKα and subsequent limited proteolysis of NFKB2) is not essential for the transformation mechanism, given that some BIRC2/3 mutants with full transforming potential failed to activate NF-κB.

The N-terminal (1 82) AAs of EWS possesses full transforming activity of EWS.

Thus, loss of ASPP1 and ASPP2 in human cancer cells may contribute to the full transforming property of RAS oncogene.

Altogether these results indicate that TRK-T3 full transforming activity requires signaling through tyrosine 317 of Shc.

To mobilize its full transforming potential in breast cancer, c-met appears to depend on coactivating factors, such as overexpression of additional proto-oncogenes (MYC, RON), or β4 integrin activity [ 13- 15].

24 Therefore, for full transforming activity of SS18-SSX to overcome such senescence, it has been assumed that other factor(s) should contribute to escape p21-induced growth suppression in this tumor, probably by downregulating p21 expression.

This symmetry allows one to measure the full Fourier transform from only half the reciprocal space, e.g., by rotating the crystal slightly more than 180° instead of a full 360° revolution.

Only his son, Frederick William I, and his grandson, Frederick II the Great, were able to exploit Prussia's enhanced position to the full and transform the new kingdom into a great European power.