Sentence examples for mapping algorithm converts from inspiring English sources

The mapping algorithm converts the FACT-B to the EQ-5D utility index.

With the thought of CAD/CAPP/CAM integration, this paper presents a feature mapping algorithm, which converts the design features of the workpieces to the machining features of the seams.

We previously developed and validated a mapping algorithm that converts SAQ descriptive scores to European Quality of Life-5 Dimensions (EQ-5D) utility scores.

Three approaches OLS regression, two-part modeling, and MNL modeling were used to develop a mapping algorithm for converting SF-36 to EQ-5D.

We first performed a systematic review of the literature to identify studies that reported SAQ scores and then applied our previously validated mapping algorithm to convert SAQ scores to EQ-5D scores.

To address this lack of utility information, we have previously published a mapping algorithm to convert SAQ descriptive scores to utility weights, based on the EQ-5D preference-based utility instrument.

Our objective was to perform a systematic review of the literature to identify IHD studies reporting SAQ scores in order to apply a mapping algorithm to convert these to preference-based scores for secondary use in economic evaluations.

Therefore, Korean-specific mapping algorithms for converting SF-36 to EQ-5D utility index are needed.

This study explores mapping algorithms for converting SF-36 to the Korean EQ-5D index using three different techniques: OLS regression, MNL regression, and two-part modeling.

This study analysed the performance of existing mapping algorithms for converting QLQ C30 scores onto the EQ-5D, a technique required to calculate QALYs for use in health technology assessment.

We used an established mapping algorithm [15] to convert the mean statistics of the 8 dimension scores of the SF-36 into mean cohort EQ-5D preference-based index scores.