Sentence examples for transform modalities from inspiring English sources

The output stage of both pruned decomposed transform modalities can be computed by the direct addition of complex multiplications or a kind of recursive algorithm as those proposed in [23] (referred to as the 2BF filtering method), which reduces the number of required multiplications by about half.

Also, the multiplications by one at the input stage are also avoided depending on whether DFTDIF−DIT−Pr or DFTDIT−DIF−Pr was executed in the particular employed pruned decomposed transform modality.

Here, L represents the number of consecutive non-zero input elements of the 2BF filter; i.e., in the opposite case, it represents the number of consecutive non-zero output components of the employed pruned decomposed transform modality (DFTDIF−DIT−Pr or DFTDIT−DIF−Pr).

In particular, state and peace building objectives might transform the strategic choices, the modalities and perception of health responses for people in precarious health and living conditions.

Natural language is a flexible and powerful control modality which can transform a wheelchair from a vehicle into a genuine helper.

In order to reduce the steric impact resulting from the conjugation of a bimodal imaging tag to a small peptide ligand, we got interested in 18F/19F exchange reactions used to transform fluorescent dyes into dual-modality PET/fluorescent imaging dyes [6 10].

In this review, we summarize some of the recent work in emerging computational imaging, sensing and diagnostics techniques, along with some of the complementary non-computational modalities that can potentially transform the delivery of health care globally.

Rapid advances in imaging technologies have pushed novel spectroscopic modalities such as Fourier transform infrared spectroscopy (FTIR) and X-ray absorption spectroscopy (XAS) at the sulfur K-edge to the forefront of direct in situ investigation of brain biochemistry.

Hence, we refer to the pruned decomposed transform of (7) as a DFTDIT−DIF−Pr modality.

We have proposed an efficient multi-normalization-based matching score preprocessing technique to transform the scores obtained from the individual modalities, for reducing the classification errors (the overlap between the genuine and the impostor score distribution).   2.

The design of a concise and indication-adapted protocol that provides an efficient workflow in a clinical reality is necessary to transform PET/MRI to a cost-effective imaging modality in addition to PET/CT.