Sentence examples for methods thus avoiding from inspiring English sources

This procedure enables undergraduates to perfectly understand the characteristics of these methods, thus avoiding the mathematic complexity associated with more complex problems, which could need sophisticated software or some type of programming tools.

This paper presents a rapid and simple risk calculation method for large and complex engineering systems, the simulated maximum entropy method (SMEM), which is based on integration of the advantages of the Monte Carlo and maximum entropy methods, thus avoiding the shortcoming of the slow convergence rate of the Monte Carlo method in risk calculation.

The resultant vertical reaction of the terrain and the motion resistance, and thrust of the tyre are obtained by integrating the appropriate components of the normal pressure or shear stress over the entire contact patch using numerical methods, thus avoiding the problem in the Bekker model using series approximation in the integration of the vertical component of radial (normal) pressure.

The organism was unequivocally identified by molecular methods, thus avoiding a misdiagnosis of Taenia solium tapeworm cysticercosis.

The method thus avoids multiple trial runs required for modal balancing of flexible rotors.

The method thus avoids the need for the continuous tracking of data while sensing.

Other link functions, which are commonly used in generalized linear models, can be applied with these methods as well thus avoiding the possibility of negative linear predictors (and predictive values) in case of the gamma distribution.

In this study, a simple and reliable method for substrate prepatterning by soft imprinting, using a diffusion-reaction-controlled wet chemical etching method, is developed thus avoiding the use of sophisticated device fabrication procedures.

Patellar height should be measured preoperatively to help determine the method of osteotomy, thus avoiding a change in height which could cause future problems.

The technique is based on convex optimization and sparse identification methods, and thus avoids the problem of local minima and allows an efficient online controller implementation in real-world applications.

Therefore, it is more appropriate to specifically quantify the labeled T3 by chromatographic methods during D2 assays, thus avoiding an overestimation of D2 activity due to an artifactual release of iodide not accompanied by T3 production [71].