This paper describes a simple spreadsheet-based model designed for use by Ministries of Health or other parties planning large-scale AIDS treatment programs to estimate personnel needs.
TeenCope, built on a highly successful group-based model designed for a wider range of adolescent ages, focused on teaching a series of coping skills shown previously to improve both QOL and HbA1c (16).
The model described in this paper is based on a model designed for both SI and CI engines burning liquid and gaseous hydrocarbon fuels.
In this paper, a neuro fuzzy based model is designed for identification or diagnosis of autism.
The intervention aimed to increase the capacity of the GCHNs to undertake brief SNAP assessment and intervention and was based on a previously developed model designed for the delivery of brief lifestyle interventions in community health settings.
Based on the Rosetta error model designed for the Agilent platform, a composite array was generated at each time point from replicate arrays, in which the data for each feature underwent a weighted averaging based on feature quality from the individual array.
Based on the Rosetta error model designed for the Agilent platform, a composite array was generated at each time point from triplicate arrays (representing three biological replicates), in which the data for each feature underwent a normalization, intensity averaging, and error estimation based on data from the replicate arrays making up the composite [ 44].
The simulation is based on the application of the OPUS model designed for single slopes.
Our analysis provides a number of multivariate statistical models designed for studying HRQOL, based on the EQ-5D questionnaire, controlling for demographic factors of survey participants and variables that identify diagnosed illnesses and health problems.
Therefore it is not proper to use the point kinetics based model for control system design and verification.
In this paper, we detail an anatomically inspired, physically based model of the human torso designed for the visual simulation of respiration using a mixed system of rigid and deformable parts.
