All the steps of the procedure are recorded and printed out.
Some key steps of the procedure are addressed through strict LMI (Linear Matrix Inequalities).
The paper describes different steps of the procedure, while mainly focusing on fracture mechanics – both computational and experimental – issues.
To characterize how residents learn phacoemulsification and determine which steps of the procedure are most difficult to master.
However the studies should be carefully designed from the very beginning in all the steps of the procedure: pre-genotyping, genotyping and the mathematical analysis of the results.
Detailed steps of the procedure include the trend removal, data transformation, semivariogram analysis, Kriging interpolation, back transformation, validation of the predictions, and reliability-based analysis.
Key steps of the procedure are delineated that include positioning, exposure, technique for interbody fusion, intraoperative image acquisition, and use of a concise 2-step process for navigated screw placement without using guidewires.
The main steps of the procedure are: construct the attribute set; construct the evaluation object set; construct evaluation perspectives with corresponding attributes and weights; select evaluation algorithms for different perspectives; and carry out cluster analysis on the multidimensional evaluation results.
With this formulation, including contact separation in the analysis amounts to replacing a call to a linear equation solver by a call to an LCP solver, a modification of only two steps of the procedure.
The steps of the procedure are as follows.
The steps of the procedure are shown in Figure 5.
