Sentence examples for model the systematic from inspiring English sources
In this model the systematic utilities are expressed as a function of the variables representing the temporal constraints and the interaction between the activity and travel program.
In relation to the social learning theory as an underlying prevention model, the systematic review of periodical literature by Jiménez et al. (2014) indicated it as an effective element.
Then, in accordance with the fourth step within the Van Mechelen's 'sequence of prevention' model, the systematic development of 'VolleyVeilig' as an intervention to prevent the occurrence of musculoskeletal injuries among recreational volleyball players should be followed by an evaluation of its effectiveness (Van Mechelen et al. 1992).
Using this model, the systematic hazards and safety-related constraints are firstly defined, the safety control structure (SCS) is then established, the inappropriate control actions (ICAs) are identified in the next step, and the key factors that contribute to ICAs are finally determined.
Although the resulting problem is, in general, a notorious non-convex quadratically constrained quadratic program, the problem formulation is of some special structures due to the features of the defined marginal systematic risk contribution and the way to model the systematic risk via a factor model.
The approach presented herein tackles the raw observables acquired by a laser scanner with additional parameters, a set of geometric calibration parameters that model the systematic error of the instrument to achieve the most accurate point cloud outputs, improving eventual workflow owing to less filtering, better registration and best 3D modeling.
Afterwards, the linear model was fitted using the lmFit function, which fully models the systematic part of the data.
The state equation for battery model and the systematic design approach for sliding mode observer also have been presented.
Besides, the comprehensive model enables the systematic investigation of the microscopic transfer phenomena and reaction dynamics that relate to the dimensionless groups such as the Reynolds number (Re), Prandtl number, Peclet number (Pe) and Grashof number (Gr).
The D–I model introduces the systematic use of fundamental concepts like direct, indirect, adiabatic and inelastic interfacial transfer of charge as basic tools, giving a physical meaning to the involved kinetic parameters.
The aim of this paper is to present a pragmatic model for the systematic transfer of ideas and knowledge at the early stage of product design in a company environment.
