Sentence examples for multidimensional approach using from inspiring English sources

The authors propose two different approaches to achieve the localization: multidimensional approach (using a horizontal array of hydrophones) based on frequency-wavenumber transform and monodimensional approach (using a single hydrophone) based on adapted spectral representation.

We propose two different approaches to achieve the localization: multidimensional approach (using a horizontal array of hydrophones) based on frequency-wavenumber transform ( method) and monodimensional approach (using a single hydrophone) based on adapted spectral representation ( method).

Spirituality is also considered an essential component of the multidimensional approach used in geriatric care of elderly patients who face illness, disability, and potentially life-threatening events [ 5].

van der Merwe, Mari (Save the Children South Africa): The whole is more than the sum of the parts: ECD Forums [PDF] The multifaceted, multidimensional approached used by Save the Child to engage with ECD Forums benefits the ECD centre, the ECD practitioners, the community and the young children themselves.

We here propose a multidimensional scaling approach using a novel similarity measure for codon usage tables.

Pereira et al. (2005) also tested the structure proposed by the societal approach using multidimensional scaling analysis.

Clearly, this justifies taking a global approach using multidimensional assessments to better understand the complexity of factors underlying mobility in a larger group of amputees.

A multidimensional approach was used to (i) identify the trajectories of LCCs, (ii) quantify diachronically the spatial distribution of low-density settlements, and (iii) evaluate the increase of building density within twelve basic land cover classes.

This multidimensional approach was used to help identify articles not readily identified through traditional database searching alone (25).

Our approach used a multidimensional response surface design to study the effects of temperature and salinity on sublethal measures of oyster performance: (1) body condition index as an overall indicator of bioenergetic status and (2) the RNA/DNA ratio as a biochemical indicator of cellular stress.

The facility was approached using multidimensional Monte Carlo program (MCNP-Monte Carlo N-Particodecode) which models the detector/source to estimate detector efficiencies.