Predicting the ground reaction force (GRF) and moment (GRM) with a biomechanical model-based approach has an advantage for gait analysis in situations where statistical model cannot be used due to lack of training data. However, current prediction methods using have some issues clinical application. The present study developed new inertial measurement unit (IMU)-based method predict GRF, GRM, j...

The author constructs a new Generalized Rectangular Model (GRM) for assessment and discusses its place among other previously developed models (the Rectangular Model, Triangular Model, and Trapezoidal Model). More importantly, a generalized approach unifying all these models and criteria for their applications to assessment were also developed. This generalizes and significantly simplifies the ...

Aiming the problem of low accuracy during establishing grey model in which monotonically decreasing sequence data and traditional modeling methods are used, this paper applied the reciprocal accumulated generating and the approach optimizing grey derivative which is based on three points to deduce the calculation formulas for model parameters, established grey GRM(1, 1) model based on reciproca...

In Dou et al., we introduced the fundamental formation relation (FFR), a tight between specific star rate (sSFR), H2 efficiency (SFE), and ratio of to stellar mass. Here, show that atomic gas H ? does not follow similar FFR as H2. The SFEH? sSFR shows significant scatter strong systematic dependence on all key galaxy properties have explored. dramatic difference indicates different processes (e...

This study aims to validate the Dutch-Flemish PROMIS pediatric item banks v2.0 Anxiety and Depressive Symptoms, short forms 8a, computerized adaptive tests (CATs) in a general Dutch population provide reference data. Participants (N = 2,893, aged 8–18), recruited by two internet survey providers, completed both banks. These were assessed on unidimensionality, local independence, monotonicity, G...

The increasing engineering of biomedical devices and the design drug-delivery platforms enriched by graphene-based components demand careful investigations impact graphene-related materials (GRMs) on nervous system. In addition, enhanced diffusion GRM-based products technologies that might favor dispersion in environment GRMs nanoparticles urgently requires potential neurotoxicity these compoun...