The validation of the proposed methodology was performed by comparing its results with the results of a methodology based on the Overlap measure.
The validation of the proposed methodology was performed by recruiting two motorcyclists.
Validation of the methodology is performed by a set of extensive simulations that model the power system operations for different scenarios.
According to a recent methodology review performed by Nana et al., only few of the studies, where body composition of athletes was measured with dual X-ray absorptiometry (DXA), provided details about their subject and device standardization [30].
The validation of the proposed methodology was performed by recruiting two motorcyclists, based on demographic, psychometric and experience criteria who rode an instrumented bike in three different two lane rural roads under different driving conditions (i.e. presence of pillion, different light conditions).
Development of methodology was performed by A. Kultti, C. Zhao, N. C. Singha, R. Symons, and X. Li.
Both studies used a very similar methodology, were performed by teams of researchers from the same institute with the same coordinator of the data collection in both studies (SAR), and covered the same population (i.e. the entire Netherlands) though weightings by regions differed somewhat.
The core methodology performing a frame by frame analysis is described in Sec. 2, whereas the extended method which considers temporal information is presented in Sec. 3. The evaluation results are described in Sec. 4, and the conclusions and perspectives are finally discussed in Sec. 5. Figure 1 General overview of the core method and its extension.
The proposed methodology performs color separation followed by the extraction and validation of objects.
Twenty-seven experunsntal runs based on Box-Behnken Design of Response Surface Methodology (RS M were performed by varying the parameters of spindle speed, feed and depth of cut in different weight percentage of reinforcements such as Silicon Carbide (SiC-5%, 10%, 15%) and Alumina (Al2O3-5%) in aluminium 7075 metal matrix.
